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\viewkind4\uc1\pard\lang1033\f0\fs24 The chapter the third: Functionalities of network UMTS\cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\f0\fs24 In this chapter the review of the signal system of base management and gateway interaction of units is given.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 During work UE, UTRAN and CN accept set of conditions. Each condition is characterized by a level of activity, and, hence, and requirements to resources. In UMTS change of requirements for resources is provided with dynamic distribution of resources. It allows to use better resources, reducing mutual influences and increasing\lang1049\f2  \lang1033\f0 service life of batteries in mobile phone. Conditions also define behaviour CN in attitude UE, for example, end or a deviation of an entering call in case UE is switched off, not borrowed or is already active.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 The set of elementary procedures operates changes of a condition and distribution of resources if necessary. Procedures of management by mobility (MM) and managements of radio of resources (RRM), such as transfer of service, allow UE to move inside a network without breaks of connection.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 One of characteristics UMTS is that elementary procedures can be united in the different ways with the purpose of granting service. Technical parameters also allow to carry out one and too in several ways. Besides the description of elementary procedures MM and RRM examples in which the general procedures of the signal system for set of services speak are used. By consideration of functionalities the detailed level of representation of the information is chosen.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1 Conditions of the equipment of the user (UE) and networks\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 At inclusion the equipment of the user (UE) UMTS is entered in mode IDLE (free). The mechanism of search of a cell, a tracing range of frequencies UMTS for a cell with the help the broadcasting information corresponding to the list allowable PLMN is started. When the suitable cell is found, UE is placed in this cell and requests initial access to UTRAN to become attached to a network and enter condition CONNECTED (is connected). After binding UE becomes known / registered in a network and can get access to offered services. This operating mode also refers to Camping on UTRAN Cell (accommodation in cell UTRAN).\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Multimode UE besides network UMTS are capable to work in existing networks GSM/GPRS. When network UMTS is not accessible, UE can work in cell GSM/GPRS. This operating mode also refers to Camping on GSM/GPRS Cell (accommodation in cell GSM/GPRS).\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE can participate also in intersystem transfers of service and updates\lang1049\f2  \lang1033\f0 sites (LU).\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE it is placed in cell UTRAN, the following descriptions of conditions are applied.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.1 Conditions of management of mobility (MM) in a mode of switching of channels (CS)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In a mode of switching of channels UE and CN work in three conditions shown below, similar to behaviour in GSM.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE it is included and carries out attachment IMSI (IMSI Attach), it passes from condition MM-DETACHED in condition MM-CONNECTED, and then after successful end of process of attachment IMSI - in condition MM-IDLE. In condition MM-IDLE the equipment of the user is registered in CN with help LA (a zone of a site), but not registered in UTRAN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When the call or updating of a site is carried out, UE passes back in condition MM-CONNECTED before end of process of an establishment of connection / transaction.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When process of striking off IMSI is carried out (IMSI Detach), the condition changes on MM-DETACHED. In condition MM-CONNECTED the equipment of the user is registered in UTRAN with help ID (identifier) of a cell and in CN with help ID of connection Iu.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.2 Conditions of management of mobility in a mode of switching of packages (PMM)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In a mode of switching of packages UE and CN work in three conditions shown below.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE carries out attachment GPRS, it passes from condition PMM-DETACHED in condition PMM-CONNECTED, and then after successful attachment GPRS and clearing of connection of the signal system - in condition PMM-IDLE. In condition PMM-IDLE the equipment of the user is registered in CN with help RA (a zone of routing), but not registered in UTRAN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When new service is requested or updating a zone of routing (RAU) is carried out, UE passes back in condition PMM-CONNECTED before end of granting of service / transaction. In condition PMM-CONNECTED the equipment of the user is registered in UTRAN with help ID of a cell and in CN with help ID of connection Iu.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When process of striking off PS is carried out, the condition changes on PMM-DETACHED.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.3 Conditions of services of management of radio resources (RRC)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Depending on type of connection and speed of distribution UE can be in one of several various conditions. It is defined by conditions RRC controlled from RNC. In mode Idle (free) UE has no active connections. In mode Connected (connected) UE can be in one of four conditions RRC:\cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\tx720\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Condition Cell_FACH (the channel of direct access) is used for the organization of connection on the general channels with the limited passband, for example, attachment IMSI or LU \cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Condition Cell_DCH (the allocated channel) is used for the organization of connection on the reserved allocated channels similar to the telephone channel and the data link. In this condition UTRAN will carry out transfers of service for QoS CS and updating of a cell for QoS PS. \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Conditions Cell_PCH (the paging channel) and URA_PCH are used, when there is no data transmission. The equipment of the user only listens to the paging channel, thus, minimizing loading of the battery. In condition Cell_PCH the equipment of the user carries out updating cells whereas in condition URA_PCH it carries out less often updating a zone of registration in UTRAN (URA). The description of definition of sites is given in section 3.3.3. Advantage of last condition will consist in increase of safety of capacity, and lack - in necessity of process of paging. For example, condition URA_PCH is more preferable than condition Cell_PCH, when UE moves with the big speed to minimize frequency of procedures of updating of a site. \cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\b\f0\fs27 3.1.4 The review of conditions UE\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The list of conditions UE and RRC is below resulted. Site UE will be known to a network on change of the sanction. Depending on actual condition UE it will be registered in different databases and with different accuracy. Being based on a condition and type of active connection, either UE, or UTRAN will choose, in what cell to be placed. The description of definition of sites is resulted in section 3.3.3.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 The review of conditions UE\cf1\lang1049\b0\f1\fs20\par
\pard\tx1563\tx2821\tx3834\tx5526\tx7035\tx9370\cf0\lang1033\f0\fs24 Condition UE \tab  Condition RRC \tab  UE is known in \tab  UE accuracy of registration UE \tab  A cell is registered in \tab  Gets out with the help\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 PMM-DETACHED \tab  \tab  - \tab  HLR \tab  IMSI, last LA/RA \tab -\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 PMM-IDLE \tab  \tab  LA/RA \tab  CN \tab  LA/RA \tab  UE, updating LA/RA\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 PMM-CONNECTED \tab  Cell_FACH \tab  A cell \tab  CN, UTRAN \tab  URA connections Iu \tab  UE, updating of a cell\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f2\fs24  \f0\tab  Cell_DCH \tab  A cell \tab  CN, UTRAN \tab  A cell of connection Iu \tab  UE, updating of a cell (PS) or transfer of service UTRAN (CS)\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f2\fs24  \f0\tab  Cell_PCH \tab  A cell \tab  CN, UTRAN \tab  URA connections Iu \tab  UE, updating of a cell\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f2\fs24  \f0\tab  URA_PCH \tab  URA \tab  UTRAN \tab  URA \tab  UE, updating URA\cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\b\f0\fs27 3.1.5 Conditions of the report of batch data transmission (PDP)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Subscription PS includes a subscription of PDP one or more addresses. Each PDP address is described one or more contexts PDP in UE, SGSN and GGSN. Each context PDP exists independently in one of two conditions PDP. Condition PDP shows, carry of the data for given PDP address is resolved whether or not. All contexts PDP of the subscriber follow from same condition PMM for IMSI the given subscriber.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.5.1 Condition INACTIVE (inactive)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In condition INACTIVE service of data transmission for certain PDP address of the subscriber is not active. Context PDP does not contain the information of routing or accommodation for processing data transmission PDP, concerning to the given PDP address. The data cannot be transferred. In condition INACTIVE change of site UE does not cause updating for context PDP even if to the subscriber it is attached PS.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE changes condition INACTIVE for condition ACTIVE, beginning procedure of inquiry of service with the help of activization of context PDP.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.5.2 Condition ACTIVE (active)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In condition ACTIVE context PDP for used PDP address becomes more active in UE, SGSN and GGSN. Context PDP contains the information of accommodation and routing for carry PDU PDP for given concrete PDP address between UE and GGSN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Active context PDP for UE replaces a condition on INACTIVE, beginning procedure of clearing of service with the help of deactivisation\lang1049\f2  \lang1033\f0 context PDP. All active contexts PDP for UE pass in condition INACTIVE when condition PMM varies on condition IDLE or PMM-DETACHED.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2 Elementary procedures\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Resources of the signal system and transport resources are established and released dynamically by the inquiry based on required quality of service (QoS) for optimum use of resources. In UMTS different services with miscellaneous QoS will use in common radio resources. Therefore all procedures are usually reduced to performance of connection of the signal system and performance, updating and clearing RAB.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.1 Paging\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of paging is used by a base network to specify UE necessity of end of transaction, for example, an entering call or data transmission.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 In UMTS it is used two different such as procedures of paging depending on, whether there is a connection in same area CN whether or not. Paging such as I is "usual" way of use of paging. It is used UE in mode IDLE to create connection of the signal system for end of new transaction. The paging message is sent in those LA/RA where UE has last time presented the report on the site. Paging such as II is used, when UE already has connection in one area CN and other connection in same area CN should be executed. As the paging message is sent in mobile phone only with active connection, it is sent directly in one UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE is IMSI-and GPRS-attached to a network working in mode I, MSC/VLR carry out paging for services of switching of channels through SGSN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.2 Performance of connection of the signal system\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 To execute connection of the signal system from UE to CN, it is necessary to execute connection RRC from UE to UTRAN (RNC) and connection Iu from UTRAN to CN. If it is required, separate connections of the signal system are carried out from UE to each domain CN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of an establishment of connection RRC is started UE, creating connection of link AAL2 between RRC and Unit B, and then allocated physical channel W-CDMA between Unit B and UE, and use of this combined radio channel of the signal system (S-RB) comes to the end with performance of connection RRC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 After performance of connection RRC procedure of the argument of transaction is carried out. Procedure of the argument of transaction is used UE to show a base network, what type of transaction is requested. The initiator of connection Iu is UE which carries out the channel of signal system Iu and connection of a plane of management Iu.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Connection of the signal system can be used subsequently for transparent signal system NAS between UE and CN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.3 Clearing connection of the signal system\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 When transaction is completed, and connection of the signal system any more is not required, it will be released RNC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of clearing begins with clearing connection RRC started with the help of allocated physical channel W-CDMA and S-RB. Then clearing of connection of a plane of management Iu and the channel of signal system Iu finishes process of clearing.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.4 Authorization (check of powers) and maintenance of privacy\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of authorization is carried out for representation to user UMTS of the right on access in CN and on the contrary. Procedure includes authorization USIM in UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When transaction demands transfer of the ciphered data, in a base network procedure of maintenance of privacy for transfer of parameters of privacy (a choice of algorithm of enciphering and synchronization of start of enciphering or both) in UE which in turn confirms inclusion of enciphering is used.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.5 Inquiry about service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of inquiry about service is used for the coordination of parameters QoS for required service and distribution of resources of data transmission. Parameters QoS are coordinated UE and CN on already executed connection of the signal system. Procedure of the signal system slightly differs for transactions with each of domains CN. Option of transaction usually includes distribution RAB, as shown in figure 3.10.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.6 End of service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of end of service is used for clearing all resources connected to the termination of granting of certain service, and can be started CN or UE depending on action of the user.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Clearing of concrete transaction on end of service will include clearing RAB and all connections executed through DRNC. Clearing does not influence other connections for other services. Channels RAB for other services, and also connection of the signal system remain without change.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 In case of the termination of granting of all services for clearing transactions the command of clearing Iu will be used. Thus all radio resources and connections of a plane of users Iu, and also connection of the signal system will be released.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.7 Purpose of channels of radio of access (RAB)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The channel of radio of access (RAB) is appointed for carry of speech signals (CS) and the data (PS) between CN and UE. To appoint RAB, it is required to execute connection of a plane of users Iu from CN to UTRAN and RB from UTRAN (RNC) to UE. RAB it is characterized by parameters which are required according to required QoS.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Connection of a plane of users Iu is carried out by creation of channel Iu required depending on class QoS. Connections CS need part AAL2 between MSC and UTRAN, and for PS connection with tunneling through AAL5 between SGSN and UTRAN is required.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 The radio channel (RB) is carried out by creation of connection of link AAL2 between RNC and Unit B, and then allocated physical channel WCDMA between Unit B and UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Before to organize any channel, RNC carries out management of the admission. Management of the admission is carried out as an estimation of, whether new connection by negative image will affect quality indicators of existing connections in the parts\lang1049\f2  \lang1033\f0 of radio communications and ground parts.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Subsequently RAB it can be used for transparent data transmission between UE and CN. Purpose RAB will change condition UE with Cell_FACH on Cell_DCH.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.8 Clearing channels of radio of access (RAB)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Channels of radio of access (RAB) are released, when are not used for preservation of resources, even in a case when transactions are not completed. For example, service of e-mail remains in condition ACTIVE, even at clearing radio of resources and resources of a plane of users. RAB will be established and be released repeatedly by inquiry when the data should be transferred.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Clearing RAB for the certain transaction will not affect other connections for other services. RAB for other services, and also connection of the signal system will stay without change.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 For PS procedure of clearing allows to keep the active contexts PDP connected with released RAB, without updating in CN, and RAB it is possible to restore later. At clearing RAB condition UE will change with Cell_DCH on Cell_PCH or URA_PCH.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3 Management of mobility\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.1 Procedure of an attachment (Attach)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 To get access to services, UE it should be registered all over again in a network by performance of procedure of an attachment. For example, during an attachment to GPRS the logic part between UE and SGSN is carried out, and UE services SMS by means of PS, paging through SGSN and notices on entering data PS become accessible.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE it is attached separately to each of domains CN. However UE can carry out the combined or separate procedures of an attachment to GPRS or IMSI depending on opportunities UE and a network, and also from the current condition of connection UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 With the help of procedures of an attachment to GPRS registration UE in SGSN whereas the combined procedure of an attachment to GPSR/IMSI allows to register UE in SGSN for granting service (services) PS, and also in MSC for services CS is carried out only.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of an attachment is actually carried out as procedure LU with installation such as parameter on Attach. Procedure of attachment IMSI is used only in case of repeated activization UE in the same LA (the same indicator of a zone of an arrangement (LAI), broadcast and kept in USIM) in which the user equipment has been registered last time.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Mean, that performance of connection of the signal system precedes procedure of an attachment to request connection of the signal system on which it is possible to transfer the message of an attachment.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.2 Procedure of striking off (Detach)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Function Detach is used at deenergizing UE or when UE informs a network, that it any more does not want to get access to services, using procedure of striking off from GPRS and-or IMSI. In a similar way the network informs UE, that it any more does not get access to base services SGSN/MSC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 There are various types of procedure of striking off:\cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\tx720\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Striking off IMSI marking UE as inactive in domain CS CN \cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Striking off GPRS marking UE as inactive in domain PS CN \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Combined striking off GPRS/IMSI (only initiated UE), marking UE as inactive in domains CS and PS CN \cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\f0\fs24 Procedure of striking off exists in 3 various versions, determining the initiator of procedure, i.e. initiated UE, SGSN or HLR. Below in figure the combined procedure of striking off GPRS/IMSI is shown.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3 Procedures of management by a site\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3.1 Updating a site (LU)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The zone of a site (LA) is defined as group \lang1049 (\lang1033 claster\lang1049\f2 ) \lang1033\f0 cells to which UE can move without performance LU within the limits of domain CS CN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 The equipment of the user in condition MM-IDLE carries out updating LA when it enters in new LA, and also carries out periodic updating LA to support registration of the fresh data on condition UE in VLR and HLR.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Updating LA is updating LA or inside MSC, or between MSC. At performance of updating inside MSC the center of switching of mobile connection will inform HLR on new site UE. At performance of updating LA between MSC there is no necessity to inform HLR. Periodic updating LA always is updating LA inside MSC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3.2 Procedure of updating of a zone of routing (RA)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The zone of routing (RA) is defined as group of cells to which UE can move without performance updating\lang1049\f2  \lang1033\f0 sites of routing within the limits of domain PS CN. One or more RA can exist in limits LA, but RA cannot exist more than in one LA.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE in condition PMM-IDLE carries out updating RA when it enters in new RA, and also carries out periodic updating RA to support registration of the fresh data on condition UE in SGSN and GGSN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Updating RA is updating RA or inside SGSN, or between SGSN. At performance of updating RA inside SGSN, the unit of support SGSN informs GGSN and HLR on new site UE. At performance of updating RA between SGSN there is no necessity to inform GGSN and HLR. Periodic updating RA always is updating RA inside SGSN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 If the network supports connection Gs between SGSN and MSC, UE which is attached both to GPRS, and to IMSI, will carry out the combined procedures of updating RA/LA.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3.3 Updating a zone of registration UMTS (URA) \cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The zone of registration UMTS (URA) includes set of the cells belonging one or more RNC where UE can move without performance updating\lang1049\f2  \lang1033\f0 URA. URA is used for registration UE in UTRAN, and also used for MM and RRM, processable UTRAN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE carries out updating URA when enters in new URA, and also carries out periodic updating URA to support registration of the fresh data on condition UE in UTRAN. URA it is known only in limits UTRAN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3.4 Updating a cell\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 During transaction RNC it is necessary to know site UE to within a cell. Owing to intermittence of connection PS this information can be inexact if UE has moved at the moment of renewal of transfer. In this case updating of a cell is carried out UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Updating of a cell also is used UE in the beginning of new transaction, for periodic updating cells and as the response to paging PS type I.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4 Management of radioresources (RRM)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE has active connection with UTRAN, it constantly carries out measurement on radio connection and sends the report in SRNC. When UE moves from SRNC in a direction to DRNS, SRNC decides to execute procedure of transfer of service, being based on given accepted reports on measurements.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.1 Flexible procedures of transfer of service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Flexible procedure of transfer of service is a transfer of service of radio of resources inside in UTRAN between two Units B with the same frequency.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 It, basically, updating RAB with use of procedure configuration\lang1049\f2 /\lang1033\f0 options of radio of a link and removal of radio of a link.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Being based on given reports on measurement, SRNC decides, that connection should be transferred to other cell under management of another RNC. Then new connection RRC through interface Iur with DRNC and in addition with new Unit B is carried out. During flexible transfer of service SRNC will conduct transfer only on one channel, but to listen to some channels, or on-line SRNC, or DRNC. The signal will be united in SRNC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When reports on the measurements, received from moving UE, show, that the old of radio connection is not valid any more, SRNC deletes the previous radio connection.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.1.1 More flexible transfer of service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 More flexible transfer of service is an addition or removal of radio of resources from an active set within the limits of the same Unit B. Unit B will transfer on one channel, at the same time listening more than one channel. The signal will be united in Unit B.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.2 Rigid transfer of service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Rigid transfer of service is physical configuration\lang1049\f2  \lang1033\f0 radio of a link. It can occur inside in UMTS if UE moves from one SRNC to another through CN, i.e. two RNC do not cooperate through interface Iur. It also occurs, when UE moves from one technology of radio of access (RAT) to another, for example, from GSM in UMTS. During rigid transfer of service there will be no switching-off in data transmission or a speech signal.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Some types of rigid transfer of service can be shared into rigid transfer of service inside RAT and between RAT.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.2.1 Rigid transfer of service inside RAT\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Rigid transfer of service inside RAT is carried out inside one technology of radio of access, for example, UTRAN. The difference between rigid and flexible transfer of service will be, that by rigid transfer of service there is a physical change in frequency connections or change in a mode between TDD (a duplex mode to time division) and FDD (a duplex mode with frequency division) and on the contrary or replacement of a cell without support macro\lang1049\f2  \lang1033\f0 increases i.e. transfer of service from one SRNC to another.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 By transfer of service from one SRNC to another carry of interface Iu is involved CN, and, hence. This type of transfer of service is known as carry of a subsystem of a serving network of a radio communication (SRNS) and is used for switching SRNC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 During rigid transfer of service carry of connection Iu is carried out configuration\lang1049\f2  \lang1033\f0 the physical channel, and also.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Being based on given reports on measurement, SRNC decides, that connection should be transferred to other cell under management of another RNS. Then carry of connection Iu to another RNS with use CN is started. The new physical channel is carried out, and UE carries out configuration\lang1049\f2  \lang1033\f0 the physical channel, old connection Iu and radio a part are released.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.2.2 Rigid transfer of service between RAT\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 It is transfer of service between different types of networks of radio of access (RAN). In domain CS it means transition from GSM in UMTS and from UMTS in GSM, and in domain PS - from GPRS in UMTS and from UMTS in GPRS. In case of domain PS it refers to choise\lang1049\f2  \lang1033\f0 cells, instead of transfer of service.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.2.2.1 Transfer of service from UMTS in GSM\cf1\lang1049\b0\f1\fs20\par
\pard\qc\cf0\lang1033\f0\fs24 UTRAN is the initiator of transfer of service from UMTS in GSM, being based on given reports on the measurement, received from UE.\cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\tx720\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SRNC sends message RELOCATION REQUIRED (inquiry about carry) in MSC \cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 MSC interpellates on transfer of service HANDOVER REQUEST in BSS GSM. \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 BSS GSM in the answer sends message HANDOVER REQUEST ACKNOWLEDGE (confirmation of inquiry about transfer of service) if there are resources \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 MSC sends message RELOCATION COMMAND (a command of carry) in SRNC which informs UE on transfer of service in GSM \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 BSS GSM sends message HANDOVER DETECT (detection of transfer of service) after UE represents access on transfer of service \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 When UE informs, that transfer of service is completed, BSS GSM sends message HANDOVER COMPLETE (transfer of service is completed) in MSC which releases connection Iu \cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\b\f0\fs27 3.4.2.2.2 Carry of a cell from UMTS in GPRS\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\b\f0\fs27 In this case UE is the initiator of carry of a cell:\cf1\lang1049\b0\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\tx720\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 UE receives the information of system on the next cells from UTRAN, adjusts connection with BSS GSM/GPRS and releases resources UTRAN \cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Then it carries out ROUTING AREA UPDATE REQUEST (Inquiry about updating of a zone of routing) in SGSN \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SGSN sends SRNS CONTEXT REQUEST (inquiry of context SRNS) to receive the information on packages, including serial numbers for synchronization from SRNC \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SRNC responds message SRNS CONTEXT RESPONSE (the response to inquiry of a context), containing the corresponding information \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 The mode of maintenance of privacy is adjusted in network GSM/GPRS, and SGSN asks SRNC to transfer all buffered commands SRNS FORWARD DATA COMMAND given with the help (a command\{team\} of data transmission SRNS) \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SRNC directs the data and releases connection Iu \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SGSN finishes procedure of carry of a cell by message transfer ROUTING AREA UPDATE ACCEPT (updating of a zone of routing is accepted) and COMPLETE (end) \cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\b\f0\fs27 3.4.3 The control of a level of capacity of a signal\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In UMTS all UE transfer signals in the same frequency range. In FDD the equipment of the user even accepts in the same frequency range. To exclude an opportunity of shielding (masking) removed UE a signal close located UE, the target signal from everyone UE copes so that capacity of an accepted signal on Unit B was a constant from\lang1049\f2  \lang1033\f0 all UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Further the description of procedure of the control of a level of capacity for FDD is resulted:\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 As all UE will create the certain level of the handicapes, only to certain number UE time is authorized to be active in one and too to guarantee maintenance of the allowable relation a signal / handicap (SIR.) SIR frequently name the relation to a bearing / handicap (C/I). To maximize quantity UE in a network, it is necessary to supervise size SIR of each connection and even lower level of capacity of a target signal as soon as new UE are entered in a network. Unit B notifies all UE in the zone on the required size SIR, transferring this parameter as a part of the broadcasting information of a cell.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.3.1 The control of a level of capacity of an open loop\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Before to begin transfer of a package of access, UE should calculate the required size of capacity of a target signal (Pout). This size can be defined from size of attenuation of a path between Unit B and UE and required value SIR for Unit B. Unit B broadcasts the information on the Pout and SIR. Attenuation of a path can be calculated, comparing a level of capacity of an accepted signal of a descending stream with Pout Unit B.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.3.2 The control of a level of capacity over an external loop\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The control of a level of capacity over an external loop is used for regulation of the target value SIR used by procedure of the control of a level of capacity on an internal loop is independent for each connection, being based on requirements QoS for connection.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.3.2 The control of a level of capacity over an internal loop\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The control of a level of capacity over an internal loop is used for dynamic adjustment of a level of capacity of a target signal of the active channel to provide size SIR of an accepted signal for set receiver SIR. Unit B and UE measure a level of capacity of an accepted signal and the general size of handicapes in an accepted signal. Being based on these data, are sent commands of management of capacity of a transmitted signal (TPC) upwards and downwards on a line (in an ascending and descending stream) 1500 times a second to calculate handicapes of the near - distant end, and also stop\lang1049\f2  \lang1033\f0 a multi-path (multi-path fading).\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.5 An example of service CS: an entering telephone call for mobile station (MT)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In an example shown in figure 3.29, UE it is included, carries out procedure of attachment IMSI and enters into condition MM-IDLE. UE accepts an entering call and responds to paging by installation of connection of signal system CS with MSC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE transfers inquiry about service CS in MSC which begins procedures outintification\lang1049\f2  \lang1033\f0 and maintenance of privacy before distribution RAB.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 After transaction (dialogue) RAB and connection of signal system CS is released.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.6 An example of service PS: connection of data transmission MT (interactive)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In example PS the equipment of the user carries out attachment IMSI PS and enters into condition PMM-IDLE. SGSN accepts descending PDU and sends paging on existing connection RRC, as paging such as II from UTRAN to UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE carries out updating a cell, realizes new connection of signal system PS with SGSN, transfers inquiry about service with activization of context PDP and distribution RAB and accepts the sanction to activization of context PDP. After end of data transmission service is released by deactivisation\lang1049\f2  \lang1033\f0 context PDP and clearing RAB.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 In end UE carries out striking off PS by clearing connection of signal system PS.\cf1\lang1049\f1\fs20\par
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a \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec. \'c2 UMTS \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'f2\'f0\'e5\'e1\'ee\'e2\'e0\'ed\'e8\'e9 \'ea \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec \'ee\'e1\'e5;{\rtf1\ansi\ansicpg1251\deff0\deflang1049{\fonttbl{\f0\froman\fprq2\fcharset204{\*\fname Times New Roman;}Times New Roman CYR;}{\f1\froman\fprq2\fcharset2 Symbol;}{\f2\fnil\fcharset0 Arial;}}
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\pard\sb100\sa100\'c2 \'fd\'f2\'ee\'e9 \'e3\'eb\'e0\'e2\'e5 \'e4\'e0\'ed \'ee\'e1\'e7\'ee\'f0 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'e1\'e0\'e7\'ee\'e2\'ee\'e3\'ee \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'e8 \'ec\'e5\'e6\'f1\'e5\'f2\'e5\'e2\'ee\'e3\'ee \'e2\'e7\'e0\'e8\'ec\'ee\'e4\'e5\'e9\'f1\'f2\'e2\'e8\'ff \'f3\'e7\'eb\'ee\'e2.\par
\'c2 \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e5 \'f0\'e0\'e1\'ee\'f2\'fb UE, UTRAN \'e8 CN \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'fe\'f2 \'ec\'ed\'ee\'e6\'e5\'f1\'f2\'e2\'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9. \'ca\'e0\'e6\'e4\'ee\'e5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 \'f5\'e0\'f0\'e0\'ea\'f2\'e5\'f0\'e8\'e7\'f3\'e5\'f2\'f1\'ff \'f3\'f0\'ee\'e2\'ed\'e5\'ec \'e0\'ea\'f2\'e8\'e2\'ed\'ee\'f1\'f2\'e8, \'e0, \'f1\'eb\'e5\'e4\'ee\'e2\'e0\'f2\'e5\'eb\'fc\'ed\'ee, \'e8 \'f2\'f0\'e5\'e1\'ee\'e2\'e0\'ed\'e8\'ff\'ec\'e8 \'ea \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec. \'c2 UMTS \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'f2\'f0\'e5\'e1\'ee\'e2\'e0\'ed\'e8\'e9 \'ea \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec \'ee\'e1\'e5\'f1\'ef\'e5\'f7\'e8\'e2\'e0\'e5\'f2\'f1\'ff \'e4\'e8\'ed\'e0\'ec\'e8\'f7\'e5\'f1\'ea\'e8\'ec \'f0\'e0\'f1\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec \'f0\'e5\'f1\'f3\'f0\'f1\'ee\'e2. \'dd\'f2\'ee \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'e5\'f2 \'eb\'f3\'f7\'f8\'e5 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'fc \'f0\'e5\'f1\'f3\'f0\'f1\'fb, \'f3\'ec\'e5\'ed\'fc\'f8\'e0\'ff \'e2\'e7\'e0\'e8\'ec\'ed\'fb\'e5 \'e2\'eb\'e8\'ff\'ed\'e8\'ff \'e8 \'f3\'e2\'e5\'eb\'e8\'f7\'e8\'e2\'e0\'ff \'f1\'f0\'ee\'ea \'f1\'eb\'f3\'e6\'e1\'fb \'e1\'e0\'f2\'e0\'f0\'e5\'e9 \'e2 \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'ec \'f2\'e5\'eb\'e5\'f4\'ee\'ed\'e5. \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f2\'e0\'ea\'e6\'e5 \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'fe\'f2 \'ef\'ee\'e2\'e5\'e4\'e5\'ed\'e8\'e5 CN \'e2 \'ee\'f2\'ed\'ee\'f8\'e5\'ed\'e8\'e8 UE, \'ed\'e0\'ef\'f0\'e8\'ec\'e5\'f0, \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'e5 \'e8\'eb\'e8 \'ee\'f2\'ea\'eb\'ee\'ed\'e5\'ed\'e8\'e5 \'e2\'f5\'ee\'e4\'ff\'f9\'e5\'e3\'ee \'e2\'fb\'e7\'ee\'e2\'e0 \'e2 \'f1\'eb\'f3\'f7\'e0\'e5, \'e5\'f1\'eb\'e8 UE \'e2\'fb\'ea\'eb\'fe\'f7\'e5\'ed\'ee, \'ed\'e5 \'e7\'e0\'ed\'ff\'f2\'ee \'e8\'eb\'e8 \'f3\'e6\'e5 \'e0\'ea\'f2\'e8\'e2\'ed\'ee.\par
\'cd\'e0\'e1\'ee\'f0 \'fd\'eb\'e5\'ec\'e5\'ed\'f2\'e0\'f0\'ed\'fb\'f5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0 \'f3\'ef\'f0\'e0\'e2\'eb\'ff\'e5\'f2 \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'ff\'ec\'e8 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'e8 \'f0\'e0\'f1\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec \'f0\'e5\'f1\'f3\'f0\'f1\'ee\'e2 \'ef\'f0\'e8 \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee\'f1\'f2\'e8. \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'f1\'f2\'fc\'fe (MM) \'e8 \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f0\'e0\'e4\'e8\'ee \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec\'e8 (RRM), \'f2\'e0\'ea\'e8\'e5 \'ea\'e0\'ea \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff, \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'fe\'f2 UE \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'f2\'fc\'f1\'ff \'e2\'ed\'f3\'f2\'f0\'e8 \'f1\'e5\'f2\'e8 \'e1\'e5\'e7 \'f0\'e0\'e7\'f0\'fb\'e2\'ee\'e2 \'f1\'e2\'ff\'e7\'e8.\par
\'ce\'e4\'ed\'ee\'e9 \'e8\'e7 \'f5\'e0\'f0\'e0\'ea\'f2\'e5\'f0\'e8\'f1\'f2\'e8\'ea UMTS \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'f2\'ee, \'f7\'f2\'ee \'fd\'eb\'e5\'ec\'e5\'ed\'f2\'e0\'f0\'ed\'fb\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ec\'ee\'e6\'ed\'ee \'ee\'e1\'fa\'e5\'e4\'e8\'ed\'ff\'f2\'fc \'f0\'e0\'e7\'ed\'fb\'ec\'e8 \'f1\'ef\'ee\'f1\'ee\'e1\'e0\'ec\'e8 \'f1 \'f6\'e5\'eb\'fc\'fe \'ef\'f0\'e5\'e4\'ee\'f1\'f2\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3\'e8. \'d2\'e5\'f5\'ed\'e8\'f7\'e5\'f1\'ea\'e8\'e5 \'ef\'e0\'f0\'e0\'ec\'e5\'f2\'f0\'fb \'f2\'e0\'ea\'e6\'e5 \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'fe\'f2 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'f2\'fc \'ee\'e4\'ed\'ee \'e8 \'f2\'ee\'e6\'e5 \'ed\'e5\'f1\'ea\'ee\'eb\'fc\'ea\'e8\'ec\'e8 \'f1\'ef\'ee\'f1\'ee\'e1\'e0\'ec\'e8. \'cf\'ee\'ec\'e8\'ec\'ee \'ee\'ef\'e8\'f1\'e0\'ed\'e8\'ff \'fd\'eb\'e5\'ec\'e5\'ed\'f2\'e0\'f0\'ed\'fb\'f5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0 MM \'e8 RRM \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'fe\'f2\'f1\'ff \'ef\'f0\'e8\'ec\'e5\'f0\'fb, \'e2 \'ea\'ee\'f2\'ee\'f0\'fb\'f5 \'ee\'e1\'fa\'ff\'f1\'ed\'ff\'fe\'f2\'f1\'ff \'ee\'e1\'f9\'e8\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'e4\'eb\'ff \'ec\'ed\'ee\'e6\'e5\'f1\'f2\'e2\'e0 \'f3\'f1\'eb\'f3\'e3. \'cf\'f0\'e8 \'f0\'e0\'f1\'f1\'ec\'ee\'f2\'f0\'e5\'ed\'e8\'e8 \'f4\'f3\'ed\'ea\'f6\'e8\'ee\'ed\'e0\'eb\'fc\'ed\'fb\'f5 \'e2\'ee\'e7\'ec\'ee\'e6\'ed\'ee\'f1\'f2\'e5\'e9 \'e2\'fb\'e1\'f0\'e0\'ed \'e4\'e5\'f2\'e0\'eb\'fc\'ed\'fb\'e9 \'f3\'f0\'ee\'e2\'e5\'ed\'fc \'ef\'f0\'e5\'e4\'f1\'f2\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'e8.\par
\pard\s3\sb100\sa100\b\fs27 3.1 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'ff \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff (UE) \'e8 \'f1\'e5\'f2\'e8\par
\pard\sb100\sa100\b0\fs24\'cf\'f0\'e8 \'e2\'ea\'eb\'fe\'f7\'e5\'ed\'e8\'e8 \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff (UE) UMTS \'e2\'e2\'ee\'e4\'e8\'f2\'f1\'ff \'e2 \'f0\'e5\'e6\'e8\'ec IDLE (\'ed\'e5\'e7\'e0\'ed\'ff\'f2\'fb\'e9). \'c7\'e0\'ef\'f3\'f1\'ea\'e0\'e5\'f2\'f1\'ff \'ec\'e5\'f5\'e0\'ed\'e8\'e7\'ec \'ef\'ee\'e8\'f1\'ea\'e0 \'ff\'f7\'e5\'e9\'ea\'e8, \'ee\'f2\'f1\'eb\'e5\'e6\'e8\'e2\'e0\'fe\'f9\'e8\'e9 \'e4\'e8\'e0\'ef\'e0\'e7\'ee\'ed \'f7\'e0\'f1\'f2\'ee\'f2 UMTS \'e4\'eb\'ff \'ff\'f7\'e5\'e9\'ea\'e8 \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'f8\'e8\'f0\'ee\'ea\'ee\'e2\'e5\'f9\'e0\'f2\'e5\'eb\'fc\'ed\'ee\'e9 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'e5\'e9, \'f1\'ee\'ee\'f2\'e2\'e5\'f2\'f1\'f2\'e2\'f3\'fe\'f9\'e5\'e9 \'ef\'e5\'f0\'e5\'f7\'ed\'fe \'e4\'ee\'ef\'f3\'f1\'f2\'e8\'ec\'fb\'f5 PLMN. \'ca\'ee\'e3\'e4\'e0 \'ef\'ee\'e4\'f5\'ee\'e4\'ff\'f9\'e0\'ff \'ff\'f7\'e5\'e9\'ea\'e0 \'ed\'e0\'e9\'e4\'e5\'ed\'e0, UE \'f0\'e0\'e7\'ec\'e5\'f9\'e0\'e5\'f2\'f1\'ff \'e2 \'fd\'f2\'ee\'e9 \'ff\'f7\'e5\'e9\'ea\'e5 \'e8 \'e7\'e0\'ef\'f0\'e0\'f8\'e8\'e2\'e0\'e5\'f2 \'ef\'e5\'f0\'e2\'ee\'ed\'e0\'f7\'e0\'eb\'fc\'ed\'fb\'e9 \'e4\'ee\'f1\'f2\'f3\'ef \'ea UTRAN, \'f7\'f2\'ee\'e1\'fb \'ef\'f0\'e8\'e2\'ff\'e7\'e0\'f2\'fc\'f1\'ff \'ea \'f1\'e5\'f2\'e8 \'e8 \'e2\'ee\'e9\'f2\'e8 \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 CONNECTED (\'ef\'ee\'e4\'ea\'eb\'fe\'f7\'e5\'ed). \'cf\'ee\'f1\'eb\'e5 \'ef\'f0\'e8\'e2\'ff\'e7\'ea\'e8 UE \'f1\'f2\'e0\'ed\'ee\'e2\'e8\'f2\'f1\'ff \'e8\'e7\'e2\'e5\'f1\'f2\'ed\'fb\'ec/\'e7\'e0\'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'fb\'ec \'e2 \'f1\'e5\'f2\'e8 \'e8 \'ec\'ee\'e6\'e5\'f2 \'ef\'ee\'eb\'f3\'f7\'e8\'f2\'fc \'e4\'ee\'f1\'f2\'f3\'ef \'ea \'ef\'f0\'e5\'e4\'eb\'e0\'e3\'e0\'e5\'ec\'fb\'ec \'f3\'f1\'eb\'f3\'e3\'e0\'ec. \'dd\'f2\'ee\'f2 \'f0\'e5\'e6\'e8\'ec \'f0\'e0\'e1\'ee\'f2\'fb \'f2\'e0\'ea\'e6\'e5 \'ed\'e0\'e7\'fb\'e2\'e0\'e5\'f2\'f1\'ff Camping on UTRAN Cell (\'f0\'e0\'e7\'ec\'e5\'f9\'e5\'ed\'e8\'e5 \'e2 \'ff\'f7\'e5\'e9\'ea\'e5 UTRAN).\par
\'cc\'ed\'ee\'e3\'ee\'f0\'e5\'e6\'e8\'ec\'ed\'fb\'e5 UE \'ef\'ee\'ec\'e8\'ec\'ee \'f1\'e5\'f2\'e8 UMTS \'f1\'ef\'ee\'f1\'ee\'e1\'ed\'fb \'f0\'e0\'e1\'ee\'f2\'e0\'f2\'fc \'e2 \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'fe\'f9\'e8\'f5 \'f1\'e5\'f2\'ff\'f5 GSM/ GPRS. \'ca\'ee\'e3\'e4\'e0 \'f1\'e5\'f2\'fc UMTS \'ed\'e5 \'e4\'ee\'f1\'f2\'f3\'ef\'ed\'e0, UE \'ec\'ee\'e6\'e5\'f2 \'f0\'e0\'e1\'ee\'f2\'e0\'f2\'fc \'e2 \'ff\'f7\'e5\'e9\'ea\'e5 GSM/GPRS. \'dd\'f2\'ee\'f2 \'f0\'e5\'e6\'e8\'ec \'f0\'e0\'e1\'ee\'f2\'fb \'f2\'e0\'ea\'e6\'e5 \'ed\'e0\'e7\'fb\'e2\'e0\'e5\'f2\'f1\'ff Camping on GSM/GPRS Cell (\'f0\'e0\'e7\'ec\'e5\'f9\'e5\'ed\'e8\'e5 \'e2 \'ff\'f7\'e5\'e9\'ea\'e5 GSM/GPRS).\par
UE \'ec\'ee\'e6\'e5\'f2 \'f2\'e0\'ea\'e6\'e5 \'f3\'f7\'e0\'f1\'f2\'e2\'ee\'e2\'e0\'f2\'fc \'e2 \'ec\'e5\'e6\'f1\'e8\'f1\'f2\'e5\'ec\'ed\'fb\'f5 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0\'f5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff\'f5 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff (LU).\par
\'ca\'ee\'e3\'e4\'e0 UE \'f0\'e0\'e7\'ec\'e5\'f9\'e0\'e5\'f2\'f1\'ff \'e2 \'ff\'f7\'e5\'e9\'ea\'e5 UTRAN, \'ef\'f0\'e8\'ec\'e5\'ed\'ff\'fe\'f2\'f1\'ff \'f1\'eb\'e5\'e4\'f3\'fe\'f9\'e8\'e5 \'ee\'ef\'e8\'f1\'e0\'ed\'e8\'ff \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9.\par
\pard\s3\sb100\sa100\b\fs27 3.1.1 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'f1\'f2\'fc\'fe (MM) \'e2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ea\'e0\'ed\'e0\'eb\'ee\'e2 (CS)\par
\pard\sb100\sa100\b0\fs24\'c2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ea\'e0\'ed\'e0\'eb\'ee\'e2 UE \'e8 CN \'f0\'e0\'e1\'ee\'f2\'e0\'fe\'f2 \'e2 \'f2\'f0\'e5\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff\'f5, \'ef\'ee\'ea\'e0\'e7\'e0\'ed\'ed\'fb\'f5 \'ed\'e8\'e6\'e5, \'ef\'ee\'e4\'ee\'e1\'ed\'fb\'f5 \'ef\'ee\'e2\'e5\'e4\'e5\'ed\'e8\'fe \'e2 GSM.\par
\'ca\'ee\'e3\'e4\'e0 UE \'e2\'ea\'eb\'fe\'f7\'e0\'e5\'f2\'f1\'ff \'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 IMSI (IMSI Attach), \'ee\'ed\'ee \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'e8\'f2 \'e8\'e7 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff MM-DETACHED \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 MM-CONNECTED, \'e0 \'e7\'e0\'f2\'e5\'ec \'ef\'ee\'f1\'eb\'e5 \'f3\'f1\'ef\'e5\'f8\'ed\'ee\'e3\'ee \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e0 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff IMSI - \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 MM-IDLE. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 MM-IDLE \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 CN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe LA (\'e7\'ee\'ed\'e0 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff), \'ed\'ee \'ed\'e5 \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UTRAN.\par
\'ca\'ee\'e3\'e4\'e0 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'e2\'fb\'e7\'ee\'e2 \'e8\'eb\'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff, UE \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'e8\'f2 \'ee\'e1\'f0\'e0\'f2\'ed\'ee \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 MM-CONNECTED \'e4\'ee \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e0 \'f3\'f1\'f2\'e0\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff/\'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8.\par
\'ca\'ee\'e3\'e4\'e0 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ef\'f0\'ee\'f6\'e5\'f1\'f1 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff IMSI (IMSI Detach), \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 \'e8\'e7\'ec\'e5\'ed\'ff\'e5\'f2\'f1\'ff \'ed\'e0 MM-DETACHED. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 MM-CONNECTED \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UTRAN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe ID (\'e8\'e4\'e5\'ed\'f2\'e8\'f4\'e8\'ea\'e0\'f2\'ee\'f0\'e0) \'ff\'f7\'e5\'e9\'ea\'e8 \'e8 \'e2 CN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe ID \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu.\par
\pard\s3\sb100\sa100\b\fs27 3.1.2 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'f1\'f2\'fc\'fe \'e2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ef\'e0\'ea\'e5\'f2\'ee\'e2 (PMM)\par
\pard\sb100\sa100\b0\fs24\'c2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ef\'e0\'ea\'e5\'f2\'ee\'e2 UE \'e8 CN \'f0\'e0\'e1\'ee\'f2\'e0\'fe\'f2 \'e2 \'f2\'f0\'e5\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff\'f5, \'ef\'ee\'ea\'e0\'e7\'e0\'ed\'ed\'fb\'f5 \'ed\'e8\'e6\'e5.\par
\'ca\'ee\'e3\'e4\'e0 UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 GPRS, \'ee\'ed\'ee \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'e8\'f2 \'e8\'e7 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff PMM-DETACHED \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM-CONNECTED, \'e0 \'e7\'e0\'f2\'e5\'ec \'ef\'ee\'f1\'eb\'e5 \'f3\'f1\'ef\'e5\'f8\'ed\'ee\'e3\'ee \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff GPRS \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff \'f1\'ee\'e5\'e4\'e����	

 !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~�8\'ed\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 - \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM-IDLE. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 PMM-IDLE \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 CN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe RA (\'e7\'ee\'ed\'e0 \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8), \'ed\'ee \'ed\'e5 \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UTRAN.\par
\'ca\'ee\'e3\'e4\'e0 \'e7\'e0\'ef\'f0\'e0\'f8\'e8\'e2\'e0\'e5\'f2\'f1\'ff \'ed\'ee\'e2\'e0\'ff \'f3\'f1\'eb\'f3\'e3\'e0 \'e8\'eb\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 (RAU), UE \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'e8\'f2 \'ee\'e1\'f0\'e0\'f2\'ed\'ee \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM-CONNECTED \'e4\'ee \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ef\'f0\'e5\'e4\'ee\'f1\'f2\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3\'e8/\'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 PMM-CONNECTED \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UTRAN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe ID \'ff\'f7\'e5\'e9\'ea\'e8 \'e8 \'e2 CN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe ID \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu.\par
\'ca\'ee\'e3\'e4\'e0 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ef\'f0\'ee\'f6\'e5\'f1\'f1 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff PS, \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 \'e8\'e7\'ec\'e5\'ed\'ff\'e5\'f2\'f1\'ff \'ed\'e0 PMM-DETACHED.\par
\pard\s3\sb100\sa100\b\fs27 3.1.3 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3 \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f0\'e0\'e4\'e8\'ee \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec\'e8 (RRC)\par
\pard\sb100\sa100\b0\fs24\'c2 \'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee\'f1\'f2\'e8 \'ee\'f2 \'f2\'e8\'ef\'e0 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'e8 \'f1\'ea\'ee\'f0\'ee\'f1\'f2\'e8 \'f0\'e0\'f1\'ef\'f0\'ee\'f1\'f2\'f0\'e0\'ed\'e5\'ed\'e8\'ff UE \'ec\'ee\'e6\'e5\'f2 \'e1\'fb\'f2\'fc \'e2 \'ee\'e4\'ed\'ee\'ec \'e8\'e7 \'ed\'e5\'f1\'ea\'ee\'eb\'fc\'ea\'e8\'f5 \'f0\'e0\'e7\'eb\'e8\'f7\'ed\'fb\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9. \'dd\'f2\'ee \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'e5\'f2\'f1\'ff \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff\'ec\'e8 RRC, \'f3\'ef\'f0\'e0\'e2\'eb\'ff\'e5\'ec\'fb\'ec\'e8 \'e8\'e7 RNC. \'c2 \'f0\'e5\'e6\'e8\'ec\'e5 Idle (\'ed\'e5\'e7\'e0\'ed\'ff\'f2\'fb\'e9) UE \'ed\'e5 \'e8\'ec\'e5\'e5\'f2 \'e0\'ea\'f2\'e8\'e2\'ed\'fb\'f5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e9. \'c2 \'f0\'e5\'e6\'e8\'ec\'e5 Connected (\'ef\'ee\'e4\'ea\'eb\'fe\'f7\'e5\'ed\'ed\'fb\'e9) UE \'ec\'ee\'e6\'e5\'f2 \'e1\'fb\'f2\'fc \'e2 \'ee\'e4\'ed\'ee\'ec \'e8\'e7 \'f7\'e5\'f2\'fb\'f0\'e5\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 RRC:\par
\pard\fi-360\li720\sb100\sa100\tx720\f1\fs20\'b7\tab\f0\fs24\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 Cell_FACH (\'ea\'e0\'ed\'e0\'eb \'ef\'f0\'ff\'ec\'ee\'e3\'ee \'e4\'ee\'f1\'f2\'f3\'ef\'e0) \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'ee\'f0\'e3\'e0\'ed\'e8\'e7\'e0\'f6\'e8\'e8 \'f1\'e2\'ff\'e7\'e8 \'ef\'ee \'ee\'e1\'f9\'e8\'ec \'ea\'e0\'ed\'e0\'eb\'e0\'ec \'f1 \'ee\'e3\'f0\'e0\'ed\'e8\'f7\'e5\'ed\'ed\'ee\'e9 \'ef\'ee\'eb\'ee\'f1\'ee\'e9 \'ef\'f0\'ee\'ef\'f3\'f1\'ea\'e0\'ed\'e8\'ff, \'ed\'e0\'ef\'f0\'e8\'ec\'e5\'f0, \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 IMSI \'e8\'eb\'e8 LU \par
\pard\fi-360\li720\sb100\sa100\f1\fs20\'b7\tab\f0\fs24\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 Cell_DCH (\'e2\'fb\'e4\'e5\'eb\'e5\'ed\'ed\'fb\'e9 \'ea\'e0\'ed\'e0\'eb) \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'ee\'f0\'e3\'e0\'ed\'e8\'e7\'e0\'f6\'e8\'e8 \'f1\'e2\'ff\'e7\'e8 \'ef\'ee \'e7\'e0\'f0\'e5\'e7\'e5\'f0\'e2\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'fb\'ec \'e2\'fb\'e4\'e5\'eb\'e5\'ed\'ed\'fb\'ec \'ea\'e0\'ed\'e0\'eb\'e0\'ec, \'ef\'ee\'e4\'ee\'e1\'ed\'fb\'ec \'f2\'e5\'eb\'e5\'f4\'ee\'ed\'ed\'ee\'ec\'f3 \'ea\'e0\'ed\'e0\'eb\'f3 \'e8 \'ea\'e0\'ed\'e0\'eb\'f3 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5. \'c2 \'fd\'f2\'ee\'ec \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 UTRAN \'e1\'f3\'e4\'e5\'f2 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'f2\'fc \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e4\'eb\'ff QoS CS \'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8 \'e4\'eb\'ff QoS PS. \par
\f1\fs20\'b7\tab\f0\fs24\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff Cell_PCH (\'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'ee\'e2\'fb\'e9 \'ea\'e0\'ed\'e0\'eb) \'e8 URA_PCH \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'fe\'f2\'f1\'ff, \'ea\'ee\'e3\'e4\'e0 \'ed\'e5\'f2 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5. \'ce\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f2\'ee\'eb\'fc\'ea\'ee \'ef\'f0\'ee\'f1\'eb\'f3\'f8\'e8\'e2\'e0\'e5\'f2 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'ee\'e2\'fb\'e9 \'ea\'e0\'ed\'e0\'eb, \'f2\'e0\'ea\'e8\'ec \'ee\'e1\'f0\'e0\'e7\'ee\'ec, \'ec\'e8\'ed\'e8\'ec\'e8\'e7\'e8\'f0\'f3\'ff \'ed\'e0\'e3\'f0\'f3\'e7\'ea\'f3 \'e1\'e0\'f2\'e0\'f0\'e5\'e8. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 Cell_PCH \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e5\'ea, \'f2\'ee\'e3\'e4\'e0 \'ea\'e0\'ea \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 URA_PCH \'ee\'ed\'ee \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ec\'e5\'ed\'e5\'e5 \'f7\'e0\'f1\'f2\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'e8 \'e2 UTRAN (URA). \'ce\'ef\'e8\'f1\'e0\'ed\'e8\'e5 \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'ff \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e9 \'e4\'e0\'e5\'f2\'f1\'ff \'e2 \'f0\'e0\'e7\'e4\'e5\'eb\'e5 3.3.3. \'cf\'f0\'e5\'e8\'ec\'f3\'f9\'e5\'f1\'f2\'e2\'ee \'ef\'ee\'f1\'eb\'e5\'e4\'ed\'e5\'e3\'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f1\'ee\'f1\'f2\'ee\'e8\'f2 \'e2 \'ef\'ee\'e2\'fb\'f8\'e5\'ed\'e8\'e8 \'f1\'ee\'f5\'f0\'e0\'ed\'ed\'ee\'f1\'f2\'e8 \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8, \'e0 \'ed\'e5\'e4\'ee\'f1\'f2\'e0\'f2\'ee\'ea - \'e2 \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee\'f1\'f2\'e8 \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e0 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'e0. \'cd\'e0\'ef\'f0\'e8\'ec\'e5\'f0, \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 URA_PCH \'ef\'f0\'e5\'e4\'ef\'ee\'f7\'f2\'e8\'f2\'e5\'eb\'fc\'ed\'e5\'e5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff Cell_PCH, \'ea\'ee\'e3\'e4\'e0 UE \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'e5\'f2\'f1\'ff \'f1 \'e1\'ee\'eb\'fc\'f8\'ee\'e9 \'f1\'ea\'ee\'f0\'ee\'f1\'f2\'fc\'fe, \'f7\'f2\'ee\'e1\'fb \'ec\'e8\'ed\'e8\'ec\'e8\'e7\'e8\'f0\'ee\'e2\'e0\'f2\'fc \'f7\'e0\'f1\'f2\'ee\'f2\'f3 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff. \par
\pard\s3\sb100\sa100\b\fs27 3.1.4 \'ce\'e1\'e7\'ee\'f0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 UE\par
\pard\sb100\sa100\b0\fs24\'cd\'e8\'e6\'e5 \'ef\'f0\'e8\'e2\'e5\'e4\'e5\'ed \'ef\'e5\'f0\'e5\'f7\'e5\'ed\'fc \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 UE \'e8 RRC. \'cc\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e5 UE \'e1\'f3\'e4\'e5\'f2 \'e8\'e7\'e2\'e5\'f1\'f2\'ed\'ee \'f1\'e5\'f2\'e8 \'ef\'ee \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'fe \'f0\'e0\'e7\'f0\'e5\'f8\'e5\'ed\'e8\'ff. \'c2 \'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee\'f1\'f2\'e8 \'ee\'f2 \'f4\'e0\'ea\'f2\'e8\'f7\'e5\'f1\'ea\'ee\'e3\'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff UE \'ee\'ed\'ee \'e1\'f3\'e4\'e5\'f2 \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'ee\'e2\'e0\'f2\'fc\'f1\'ff \'e2 \'f0\'e0\'e7\'ed\'fb\'f5 \'e1\'e0\'e7\'e0\'f5 \'e4\'e0\'ed\'ed\'fb\'f5 \'e8 \'f1 \'f0\'e0\'e7\'ed\'ee\'e9 \'f2\'ee\'f7\'ed\'ee\'f1\'f2\'fc\'fe. \'ce\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 \'e8 \'f2\'e8\'ef\'e5 \'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e3\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff, \'eb\'e8\'e1\'ee UE, \'eb\'e8\'e1\'ee UTRAN \'e1\'f3\'e4\'e5\'f2 \'e2\'fb\'e1\'e8\'f0\'e0\'f2\'fc, \'e2 \'ea\'e0\'ea\'ee\'e9 \'ff\'f7\'e5\'e9\'ea\'e5 \'f0\'e0\'e7\'ec\'e5\'f1\'f2\'e8\'f2\'fc\'f1\'ff. \'ce\'ef\'e8\'f1\'e0\'ed\'e8\'e5 \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'ff \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e9 \'ef\'f0\'e8\'e2\'e5\'e4\'e5\'ed\'ee \'e2 \'f0\'e0\'e7\'e4\'e5\'eb\'e5 3.3.3.\par
\pard\s3\sb100\sa100\b\fs27\'ce\'e1\'e7\'ee\'f0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 UE\par
\pard\brdrt\brdrdash\brdrw20 \tx1563\tx2821\tx3834\tx5526\tx7035\tx9370\b0\fs24\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 UE\tab\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 RRC\tab UE \'e8\'e7\'e2\'e5\'f1\'f2\'ed\'ee \'e2\tab UE \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2\tab\'d2\'ee\'f7\'ed\'ee\'f1\'f2\'fc \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'e8 UE\tab\'df\'f7\'e5\'e9\'ea\'e0 \'e2\'fb\'e1\'e8\'f0\'e0\'e5\'f2\'f1\'ff \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe\fs20\par
\fs24 PMM-DETACHED\tab  \tab -\tab HLR\tab IMSI, \'ef\'ee\'f1\'eb\'e5\'e4\'ed\'ff\'ff LA/RA\tab -\fs20\par
\fs24 PMM-IDLE\tab  \tab LA/RA\tab CN\tab LA/RA\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 LA/RA\fs20\par
\fs24 PMM-CONNECTED\tab Cell_FACH\tab\'df\'f7\'e5\'e9\'ea\'e5\tab CN, UTRAN\tab URA \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8\fs20\par
\fs24  \tab Cell_DCH\tab\'df\'f7\'e5\'e9\'ea\'e5\tab CN, UTRAN\tab\'df\'f7\'e5\'e9\'ea\'e0 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8 (PS) \'e8\'eb\'e8 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff UTRAN (CS)\fs20\par
\fs24  \tab Cell_PCH\tab\'df\'f7\'e5\'e9\'ea\'e5\tab CN, UTRAN\tab URA \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8\fs20\par
\fs24  \tab URA_PCH\tab URA\tab UTRAN\tab URA\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 URA\fs20\par
\pard\s3\sb100\sa100\b\fs27 3.1.5 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'ef\'f0\'ee\'f2\'ee\'ea\'ee\'eb\'e0 \'ef\'e0\'ea\'e5\'f2\'ed\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 (PDP)\par
\pard\sb100\sa100\b0\fs24\'cf\'ee\'e4\'ef\'e8\'f1\'ea\'e0 PS \'e2\'ea\'eb\'fe\'f7\'e0\'e5\'f2 \'e2 \'f1\'e5\'e1\'ff \'ef\'ee\'e4\'ef\'e8\'f1\'ea\'f3 \'ee\'e4\'ed\'ee\'e3\'ee \'e8\'eb\'e8 \'e1\'ee\'eb\'e5\'e5 \'e0\'e4\'f0\'e5\'f1\'ee\'e2 PDP. \'ca\'e0\'e6\'e4\'fb\'e9 \'e0\'e4\'f0\'e5\'f1 PDP \'ee\'ef\'e8\'f1\'fb\'e2\'e0\'e5\'f2\'f1\'ff \'ee\'e4\'ed\'e8\'ec \'e8\'eb\'e8 \'e1\'ee\'eb\'e5\'e5 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'ee\'e2 PDP \'e2 UE, SGSN \'e8 GGSN. \'ca\'e0\'e6\'e4\'fb\'e9 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'e5\'f2 \'ed\'e5\'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee \'e2 \'ee\'e4\'ed\'ee\'ec \'e8\'e7 \'e4\'e2\'f3\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 PDP. \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PDP \'ef\'ee\'ea\'e0\'e7\'fb\'e2\'e0\'e5\'f2, \'f0\'e0\'e7\'f0\'e5\'f8\'e5\'ed \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'e4\'e0\'ed\'ed\'fb\'f5 \'e4\'eb\'ff \'e4\'e0\'ed\'ed\'ee\'e3\'ee \'e0\'e4\'f0\'e5\'f1\'e0 PDP \'e8\'eb\'e8 \'ed\'e5\'f2. \'c2\'f1\'e5 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'fb PDP \'e0\'e1\'ee\'ed\'e5\'ed\'f2\'e0 \'e2\'fb\'f2\'e5\'ea\'e0\'fe\'f2 \'e8\'e7 \'ee\'e4\'ed\'ee\'e3\'ee \'e8 \'f2\'ee\'e3\'ee \'e6\'e5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff PMM \'e4\'eb\'ff IMSI \'e4\'e0\'ed\'ed\'ee\'e3\'ee \'e0\'e1\'ee\'ed\'e5\'ed\'f2\'e0.\par
\pard\s3\sb100\sa100\b\fs27 3.1.5.1 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 INACTIVE (\'ed\'e5\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5)\par
\pard\sb100\sa100\b0\fs24\'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 INACTIVE \'f3\'f1\'eb\'f3\'e3\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 \'e4\'eb\'ff \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'ed\'ee\'e3\'ee \'e0\'e4\'f0\'e5\'f1\'e0 PDP \'e0\'e1\'ee\'ed\'e5\'ed\'f2\'e0 \'ed\'e5 \'e0\'ea\'f2\'e8\'e2\'ed\'e0. \'ca\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'ed\'e5 \'f1\'ee\'e4\'e5\'f0\'e6\'e8\'f2 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'e8 \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 \'e8\'eb\'e8 \'f0\'e0\'e7\'ec\'e5\'f9\'e5\'ed\'e8\'ff \'e4\'eb\'ff \'ee\'e1\'f0\'e0\'e1\'ee\'f2\'ea\'e8 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 PDP, \'ee\'f2\'ed\'ee\'f1\'ff\'f9\'e8\'f5\'f1\'ff \'ea \'e4\'e0\'ed\'ed\'ee\'ec\'f3 \'e0\'e4\'f0\'e5\'f1\'f3 PDP. \'c4\'e0\'ed\'ed\'fb\'e5 \'ed\'e5 \'ec\'ee\'e3\'f3\'f2 \'ef\'e5\'f0\'e5\'e4\'e0\'e2\'e0\'f2\'fc\'f1\'ff. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 INACTIVE \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff UE \'ed\'e5 \'e2\'fb\'e7\'fb\'e2\'e0\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'e4\'eb\'ff \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP, \'e4\'e0\'e6\'e5 \'e5\'f1\'eb\'e8 \'e0\'e1\'ee\'ed\'e5\'ed\'f2\'f3 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'ff\'e5\'f2\'f1\'ff PS.\par
UE \'ec\'e5\'ed\'ff\'e5\'f2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 INACTIVE \'ed\'e0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 ACTIVE, \'ed\'e0\'f7\'e8\'ed\'e0\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'e7\'e0\'ef\'f0\'ee\'f1\'e0 \'f3\'f1\'eb\'f3\'e3\'e8 \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e8 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP.\par
\pard\s3\sb100\sa100\b\fs27 3.1.5.2 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 ACTIVE (\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5)\par
\pard\sb100\sa100\b0\fs24\'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 ACTIVE \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'e4\'eb\'ff \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'ec\'ee\'e3\'ee \'e0\'e4\'f0\'e5\'f1\'e0 PDP \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UE, SGSN \'e8 GGSN. \'ca\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'f1\'ee\'e4\'e5\'f0\'e6\'e8\'f2 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \'f0\'e0\'e7\'ec\'e5\'f9\'e5\'ed\'e8\'ff \'e8 \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 \'e4\'eb\'ff \'ef\'e5\'f0\'e5\'ed\'ee\'f1\'e0 PDU PDP \'e4\'eb\'ff \'e4\'e0\'ed\'ed\'ee\'e3\'ee \'ea\'ee\'ed\'ea\'f0\'e5\'f2\'ed\'ee\'e3\'ee \'e0\'e4\'f0\'e5\'f1\'e0 PDP \'ec\'e5\'e6\'e4\'f3 UE \'e8 GGSN.\par
\'c0\'ea\'f2\'e8\'e2\'ed\'fb\'e9 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'e4\'eb\'ff UE \'f1\'ec\'e5\'ed\'ff\'e5\'f2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 \'ed\'e0 INACTIVE, \'ed\'e0\'f7\'e8\'ed\'e0\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3\'e8 \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'e4\'e5\'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e8 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP. \'c2\'f1\'e5 \'e0\'ea\'f2\'e8\'e2\'ed\'fb\'e5 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'fb PDP \'e4\'eb\'ff UE \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'ff\'f2 \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 INACTIVE, \'ea\'ee\'e3\'e4\'e0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM \'ec\'e5\'ed\'ff\'e5\'f2\'f1\'ff \'ed\'e0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 IDLE \'e8\'eb\'e8 PMM-DETACHED.\par
\pard\s3\sb100\sa100\b\fs27 3.2 \'dd\'eb\'e5\'ec\'e5\'ed\'f2\'e0\'f0\'ed\'fb\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb\par
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\'ce\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'e5 RAB \'e4\'eb\'ff \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'ed\'ee\'e9 \'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8 \'ed\'e5 \'ef\'ee\'e2\'eb\'e8\'ff\'e5\'f2 \'ed\'e0 \'e4\'f0\'f3\'e3\'e8\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'e4\'eb\'ff \'e4\'f0\'f3\'e3\'e8\'f5 \'f3\'f1\'eb\'f3\'e3. RAB \'e4\'eb\'ff \'e4\'f0\'f3\'e3\'e8\'f5 \'f3\'f1\'eb\'f3\'e3, \'e0 \'f2\'e0\'ea\'e6\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'ee\'f1\'f2\'e0\'ed\'f3\'f2\'f1\'ff \'e1\'e5\'e7 \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'ff.\par
\'c4\'eb\'ff PS \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'e5\'f2 \'f1\'ee\'f5\'f0\'e0\'ed\'e8\'f2\'fc \'e0\'ea\'f2\'e8\'e2\'ed\'fb\'e5 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'fb PDP, \'f1\'e2\'ff\'e7\'e0\'ed\'ed\'fb\'e5 \'f1 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'ed\'fb\'ec\'e8 RAB, \'e1\'e5\'e7 \'ec\'ee\'e4\'e8\'f4\'e8\'ea\'e0\'f6\'e8\'e8 \'e2 CN, \'e0 RAB \'ec\'ee\'e6\'ed\'ee \'ef\'ee\'e7\'e4\'ed\'e5\'e5 \'e2\'ee\'f1\'f1\'f2\'e0\'ed\'ee\'e2\'e8\'f2\'fc. \'cf\'f0\'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'e8 RAB \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 UE \'e8\'e7\'ec\'e5\'ed\'e8\'f2\'f1\'ff \'f1 Cell_DCH \'ed\'e0 Cell_PCH \'e8\'eb\'e8 URA_PCH.\par
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3.3.1 \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff (Attach)\par
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UE \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'ff\'e5\'f2\'f1\'ff \'f0\'e0\'e7\'e4\'e5\'eb\'fc\'ed\'ee \'ea \'ea\'e0\'e6\'e4\'ee\'ec\'f3 \'e8\'e7 \'e4\'ee\'ec\'e5\'ed\'ee\'e2 CN. \'ce\'e4\'ed\'e0\'ea\'ee UE \'ec\'ee\'e6\'e5\'f2 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'f2\'fc \'ea\'ee\'ec\'e1\'e8\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'fb\'e5 \'e8\'eb\'e8 \'f0\'e0\'e7\'e4\'e5\'eb\'fc\'ed\'fb\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'ea GPRS \'e8\'eb\'e8 IMSI \'e2 \'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee\'f1\'f2\'e8 \'ee\'f2 \'e2\'ee\'e7\'ec\'ee\'e6\'ed\'ee\'f1\'f2\'e5\'e9 UE \'e8 \'f1\'e5\'f2\'e8, \'e0 \'f2\'e0\'ea\'e6\'e5 \'ee\'f2 \'f2\'e5\'ea\'f3\'f9\'e5\'e3\'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff UE.\par
\'d1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'ea GPRS \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'f2\'ee\'eb\'fc\'ea\'ee \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'ff UE \'e2 SGSN, \'f2\'ee\'e3\'e4\'e0 \'ea\'e0\'ea \'ea\'ee\'ec\'e1\'e8\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'e0\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'ea GPSR/IMSI \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'e5\'f2 \'e7\'e0\'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'ee\'e2\'e0\'f2\'fc UE \'e2 SGSN \'e4\'eb\'ff \'ef\'f0\'e5\'e4\'ee\'f1\'f2\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3\'e8 (\'f3\'f1\'eb\'f3\'e3) PS, \'e0 \'f2\'e0\'ea\'e6\'e5 \'e2 MSC \'e4\'eb\'ff \'f3\'f1\'eb\'f3\'e3 CS.\par
\'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'e2 \'e4\'e5\'e9\'f1\'f2\'e2\'e8\'f2\'e5\'eb\'fc\'ed\'ee\'f1\'f2\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ea\'e0\'ea \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 LU \'f1 \'f3\'f1\'f2\'e0\'ed\'ee\'e2\'ea\'ee\'e9 \'f2\'e8\'ef\'e0 \'ef\'e0\'f0\'e0\'ec\'e5\'f2\'f0\'e0 \'ed\'e0 Attach. \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff IMSI \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'f2\'ee\'eb\'fc\'ea\'ee \'e2 \'f1\'eb\'f3\'f7\'e0\'e5 \'ef\'ee\'e2\'f2\'ee\'f0\'ed\'ee\'e9 \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e8 UE \'e2 \'f2\'ee\'e9 \'e6\'e5 LA (\'f2\'ee\'f2 \'e6\'e5 \'f1\'e0\'ec\'fb\'e9 \'e8\'ed\'e4\'e8\'ea\'e0\'f2\'ee\'f0 \'e7\'ee\'ed\'fb \'f0\'e0\'f1\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff (LAI), \'f2\'f0\'e0\'ed\'f1\'eb\'e8\'f0\'f3\'e5\'ec\'fb\'e9 \'e8 \'f1\'ee\'f5\'f0\'e0\'ed\'ff\'e5\'ec\'fb\'e9 \'e2 USIM), \'e2 \'ea\'ee\'f2\'ee\'f0\'ee\'e9 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'fc\'f1\'ea\'ee\'e5 \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'e1\'fb\'eb\'ee \'e7\'e0\'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'ee \'e2 \'ef\'ee\'f1\'eb\'e5\'e4\'ed\'e8\'e9 \'f0\'e0\'e7.\par
\'c8\'ec\'e5\'e9\'f2\'e5 \'e2 \'e2\'e8\'e4\'f3, \'f7\'f2\'ee \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'ef\'f0\'e5\'e4\'f8\'e5\'f1\'f2\'e2\'f3\'e5\'f2 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e5 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff, \'f7\'f2\'ee\'e1\'fb \'e7\'e0\'ef\'f0\'ee\'f1\'e8\'f2\'fc \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8, \'ef\'ee \'ea\'ee\'f2\'ee\'f0\'ee\'ec\'f3 \'ec\'ee\'e6\'ed\'ee \'ef\'e5\'f0\'e5\'e4\'e0\'f2\'fc \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff.\par
\pard\s3\sb100\sa100\b\fs27 3.3.2 \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff (Detach)\par
\pard\sb100\sa100\b0\fs24\'d4\'f3\'ed\'ea\'f6\'e8\'ff Detach \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'ef\'f0\'e8 \'e2\'fb\'ea\'eb\'fe\'f7\'e5\'ed\'e8\'e8 UE \'e8\'eb\'e8 \'ea\'ee\'e3\'e4\'e0 UE \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'f3\'e5\'f2 \'f1\'e5\'f2\'fc, \'f7\'f2\'ee \'ee\'ed\'ee \'e1\'ee\'eb\'fc\'f8\'e5 \'ed\'e5 \'f5\'ee\'f7\'e5\'f2 \'ef\'ee\'eb\'f3\'f7\'e0\'f2\'fc \'e4\'ee\'f1\'f2\'f3\'ef \'ea \'f3\'f1\'eb\'f3\'e3\'e0\'ec, \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'ee\'f2 GPRS \'e8/\'e8\'eb\'e8 IMSI. \'cf\'ee\'e4\'ee\'e1\'ed\'fb\'ec \'ee\'e1\'f0\'e0\'e7\'ee\'ec \'f1\'e5\'f2\'fc \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'f3\'e5\'f2 UE, \'f7\'f2\'ee \'ee\'ed\'ee \'e1\'ee\'eb\'fc\'f8\'e5 \'ed\'e5 \'ef\'ee\'eb\'f3\'f7\'e0\'e5\'f2 \'e4\'ee\'f1\'f2\'f3\'ef \'ea \'e1\'e0\'e7\'ee\'e2\'fb\'ec \'f3\'f1\'eb\'f3\'e3\'e0\'ec SGSN/MSC.\par
\'d1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'fe\'f2 \'f0\'e0\'e7\'eb\'e8\'f7\'ed\'fb\'e5 \'f2\'e8\'ef\'fb \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff:\par
\pard\fi-360\li720\sb100\sa100\tx720\f1\fs20\'b7\tab\f0\fs24\'ce\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 IMSI, \'ef\'ee\'ec\'e5\'f7\'e0\'fe\'f9\'e5\'e5 UE \'ea\'e0\'ea \'ed\'e5\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5 \'e2 \'e4\'ee\'ec\'e5\'ed\'e5 CS CN \par
\pard\fi-360\li720\sb100\sa100\f1\fs20\'b7\tab\f0\fs24\'ce\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 GPRS, \'ef\'ee\'ec\'e5\'f7\'e0\'fe\'f9\'e5\'e5 UE \'ea\'e0\'ea \'ed\'e5\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5 \'e2 \'e4\'ee\'ec\'e5\'ed\'e5 PS CN \par
\f1\fs20\'b7\tab\f0\fs24\'ca\'ee\'ec\'e1\'e8\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'ee\'e5 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 GPRS/IMSI (\'f2\'ee\'eb\'fc\'ea\'ee \'e8\'ed\'e8\'f6\'e8\'e8\'f0\'f3\'e5\'ec\'ee\'e5 UE), \'ef\'ee\'ec\'e5\'f7\'e0\'fe\'f9\'e5\'e5 UE \'ea\'e0\'ea \'ed\'e5\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5 \'e2 \'e4\'ee\'ec\'e5\'ed\'e0\'f5 CS \'e8 PS CN \par
\pard\sb100\sa100\'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'e5\'f2 \'e2 3-\'f5 \'f0\'e0\'e7\'eb\'e8\'f7\'ed\'fb\'f5 \'e2\'e5\'f0\'f1\'e8\'ff\'f5, \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'fe\'f9\'e8\'f5 \'e8\'ed\'e8\'f6\'e8\'e0\'f2\'ee\'f0\'e0 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb, \'f2.\'e5. \'e8\'ed\'e8\'f6\'e8\'e8\'f0\'f3\'e5\'ec\'e0\'ff UE, SGSN \'e8\'eb\'e8 HLR. \'cd\'e8\'e6\'e5 \'ed\'e0 \'f0\'e8\'f1\'f3\'ed\'ea\'e5 \'ef\'ee\'ea\'e0\'e7\'e0\'ed\'e0 \'ea\'ee\'ec\'e1\'e8\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'e0\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff GPRS/IMSI.\par
\pard\s3\sb100\sa100\b\fs27 3.3.3 \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e5\'ec\par
3.3.3.1 \'ce\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff (LU)\par
\pard\sb100\sa100\b0\fs24\'c7\'ee\'ed\'e0 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff (LA) \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'e5\'f2\'f1\'ff \'ea\'e0\'ea \'e3\'f0\'f3\'ef\'ef\'e0 (\'ea\'eb\'e0\'f1\'f2\'e5\'f0) \'ff\'f7\'e5\'e5\'ea, \'e2 \'ea\'ee\'f2\'ee\'f0\'fb\'f5 UE \'ec\'ee\'e6\'e5\'f2 \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'f2\'fc\'f1\'ff \'e1\'e5\'e7 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'ff LU \'e2 \'ef\'f0\'e5\'e4\'e5\'eb\'e0\'f5 \'e4\'ee\'ec\'e5\'ed\'e0 CS CN.\par
\'ce\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 MM-IDLE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 LA, \'ea\'ee\'e3\'e4\'e0 \'ee\'ed\'ee \'e2\'f5\'ee\'e4\'e8\'f2 \'e2 \'ed\'ee\'e2\'f3\'fe LA, \'e0 \'f2\'e0\'ea\'e6\'e5 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 LA, \'f7\'f2\'ee\'e1\'fb \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'e8\'e2\'e0\'f2\'fc \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'fe \'f1\'e2\'e5\'e6\'e8\'f5 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 UE \'e2 VLR \'e8 HLR.\par
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\pard\s3\sb100\sa100\b\fs27 3.3.3.2 \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'e7\'ee\'ed\'fb \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 (RA)\par
\pard\sb100\sa100\b0\fs24\'c7\'ee\'ed\'e0 \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 (RA) \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'e5\'f2\'f1\'ff \'ea\'e0\'ea \'e3\'f0\'f3\'ef\'ef\'e0 \'ff\'f7\'e5\'e5\'ea, \'e2 \'ea\'ee\'f2\'ee\'f0\'fb\'f5 UE \'ec\'ee\'e6\'e5\'f2 \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'f2\'fc\'f1\'ff \'e1\'e5\'e7 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e9 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 \'e2 \'ef\'f0\'e5\'e4\'e5\'eb\'e0\'f5 \'e4\'ee\'ec\'e5\'ed\'e0 PS CN. \'ce\'e4\'ed\'e0 \'e8\'eb\'e8 \'e1\'ee\'eb\'e5\'e5 RA \'ec\'ee\'e6\'e5\'f2 \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'ee\'e2\'e0\'f2\'fc \'e2 \'ef\'f0\'e5\'e4\'e5\'eb\'e0\'f5 LA, \'ed\'ee RA \'ed\'e5 \'ec\'ee\'e6\'e5\'f2 \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'ee\'e2\'e0\'f2\'fc \'e1\'ee\'eb\'e5\'e5 \'f7\'e5\'ec \'e2 \'ee\'e4\'ed\'ee\'e9 LA.\par
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\'ce\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 RA \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5\'ec RA \'eb\'e8\'e1\'ee \'e2\'ed\'f3\'f2\'f0\'e8 SGSN, \'eb\'e8\'e1\'ee \'ec\'e5\'e6\'e4\'f3 SGSN. \'cf\'f0\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff RA \'e2\'ed\'f3\'f2\'f0\'e8 SGSN, \'f3\'e7\'e5\'eb \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'ea\'e8 SGSN \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'f3\'e5\'f2 GGSN \'e8 HLR \'ee \'ed\'ee\'e2\'ee\'ec \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e8 UE. \'cf\'f0\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff RA \'ec\'e5\'e6\'e4\'f3 SGSN \'ed\'e5\'f2 \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee\'f1\'f2\'e8 \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'ee\'e2\'e0\'f2\'fc GGSN \'e8 HLR. \'cf\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 RA \'e2\'f1\'e5\'e3\'e4\'e0 \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5\'ec RA \'e2\'ed\'f3\'f2\'f0\'e8 SGSN.\par
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UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 URA, \'ea\'ee\'e3\'e4\'e0 \'e2\'f5\'ee\'e4\'e8\'f2 \'e2 \'ed\'ee\'e2\'f3\'fe URA, \'e0 \'f2\'e0\'ea\'e6\'e5 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 URA, \'f7\'f2\'ee\'e1\'fb \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'e8\'e2\'e0\'f2\'fc \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'fe \'f1\'e2\'e5\'e6\'e8\'f5 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 UE \'e2 UTRAN. URA \'e8\'e7\'e2\'e5\'f1\'f2\'ed\'e0 \'f2\'ee\'eb\'fc\'ea\'ee \'e2 \'ef\'f0\'e5\'e4\'e5\'eb\'e0\'f5 UTRAN.\par
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\'dd\'f2\'ee, \'e2 \'ee\'f1\'ed\'ee\'e2\'ed\'ee\'ec, \'ec\'ee\'e4\'e8\'f4\'e8\'ea\'e0\'f6\'e8\'ff RAB \'f1 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'ed\'e8\'e5\'ec \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ef\'e5\'f0\'e5\'ea\'ee\'ed\'f4\'e8\'e3\'f3\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'ff/ \'ed\'e0\'f1\'f2\'f0\'ee\'e9\'ea\'e8 \'f0\'e0\'e4\'e8\'ee \'e7\'e2\'e5\'ed\'e0 \'e8 \'f3\'e4\'e0\'eb\'e5\'ed\'e8\'ff \'f0\'e0\'e4\'e8\'ee \'e7\'e2\'e5\'ed\'e0.\par
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\pard\sb100\sa100\b0\fs24\'c6\'e5\'f1\'f2\'ea\'e0\'ff \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e2\'ed\'f3\'f2\'f0\'e8 RAT \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'e2\'ed\'f3\'f2\'f0\'e8 \'ee\'e4\'ed\'ee\'e9 \'f2\'e5\'f5\'ed\'ee\'eb\'ee\'e3\'e8\'e8 \'f0\'e0\'e4\'e8\'ee \'e4\'ee\'f1\'f2\'f3\'ef\'e0, \'ed\'e0\'ef\'f0\'e8\'ec\'e5\'f0, UTRAN. \'d0\'e0\'e7\'ed\'e8\'f6\'e0 \'ec\'e5\'e6\'e4\'f3 \'e6\'e5\'f1\'f2\'ea\'ee\'e9 \'e8 \'e3\'e8\'e1\'ea\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5\'e9 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'f1\'ee\'f1\'f2\'ee\'e8\'f2 \'e2 \'f2\'ee\'ec, \'f7\'f2\'ee \'ef\'f0\'e8 \'e6\'e5\'f1\'f2\'ea\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ef\'f0\'ee\'e8\'f1\'f5\'ee\'e4\'e8\'f2 \'f4\'e8\'e7\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'e2 \'f7\'e0\'f1\'f2\'ee\'f2\'ed\'fb\'f5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff\'f5 \'e8\'eb\'e8 \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'e2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ec\'e5\'e6\'e4\'f3 TDD (\'e4\'f3\'ef\'eb\'e5\'ea\'f1\'ed\'fb\'e9 \'f0\'e5\'e6\'e8\'ec \'f1 \'e2\'f0\'e5\'ec\'e5\'ed\'ed\'fb\'ec \'f0\'e0\'e7\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec) \'e8 FDD (\'e4\'f3\'ef\'eb\'e5\'ea\'f1\'ed\'fb\'e9 \'f0\'e5\'e6\'e8\'ec \'f1 \'f7\'e0\'f1\'f2\'ee\'f2\'ed\'fb\'ec \'f0\'e0\'e7\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec) \'e8 \'ed\'e0\'ee\'e1\'ee\'f0\'ee\'f2 \'e8\'eb\'e8 \'e7\'e0\'ec\'e5\'ed\'e0 \'ff\'f7\'e5\'e9\'ea\'e8 \'e1\'e5\'e7 \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'ea\'e8 \'ec\'e0\'ea\'f0\'ee \'f3\'e2\'e5\'eb\'e8\'f7\'e5\'ed\'e8\'ff \'f2.\'e5. \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ee\'f2 \'ee\'e4\'ed\'ee\'e3\'ee SRNC \'e4\'f0\'f3\'e3\'ee\'ec\'f3.\par
\'cf\'f0\'e8 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ee\'f2 \'ee\'e4\'ed\'ee\'e3\'ee SRNC \'e4\'f0\'f3\'e3\'ee\'ec\'f3 \'ef\'f0\'e8\'e2\'eb\'e5\'ea\'e0\'e5\'f2\'f1\'ff CN, \'e0, \'f1\'eb\'e5\'e4\'ee\'e2\'e0\'f2\'e5\'eb\'fc\'ed\'ee, \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'e8\'ed\'f2\'e5\'f0\'f4\'e5\'e9\'f1\'e0 Iu. \'dd\'f2\'ee\'f2 \'f2\'e8\'ef \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e8\'e7\'e2\'e5\'f1\'f2\'e5\'ed \'ea\'e0\'ea \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'ef\'ee\'e4\'f1\'e8\'f1\'f2\'e5\'ec\'fb \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'fe\'f9\'e5\'e9 \'f1\'e5\'f2\'e8 \'f0\'e0\'e4\'e8\'ee\'f1\'e2\'ff\'e7\'e8 (SRNS) \'e8 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'ef\'e5\'f0\'e5\'ea\'eb\'fe\'f7\'e5\'ed\'e8\'ff SRNC.\par
\'c2 \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e5 \'e6\'e5\'f1\'f2\'ea\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ef\'e5\'f0\'e5\'ea\'ee\'ed\'f4\'e8\'e3\'f3\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'e5 \'f4\'e8\'e7\'e8\'f7\'e5\'f1\'ea\'ee\'e3\'ee \'ea\'e0\'ed\'e0\'eb\'e0, \'e0 \'f2\'e0\'ea\'e6\'e5 \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu.\par
\'ce\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee\'f2\'f7\'e5\'f2\'ee\'e2 \'ee\'e1 \'e8\'e7\'ec\'e5\'f0\'e5\'ed\'e8\'e8, SRNC \'f0\'e5\'f8\'e0\'e5\'f2, \'f7\'f2\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'e4\'ee\'eb\'e6\'ed\'ee \'e1\'fb\'f2\'fc \'ef\'e5\'f0\'e5\'e4\'e0\'ed\'ee \'e2 \'e4\'f0\'f3\'e3\'f3\'fe \'ff\'f7\'e5\'e9\'ea\'f3 \'ef\'ee\'e4 \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'e5 \'e4\'f0\'f3\'e3\'ee\'e3\'ee RNS. \'c7\'e0\'f2\'e5\'ec \'e7\'e0\'ef\'f3\'f1\'ea\'e0\'e5\'f2\'f1\'ff \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'f1\'e�������������������������������������������������������������������������������������������������������������������������������������e\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu \'e2 \'e4\'f0\'f3\'e3\'ee\'e9 RNS \'f1 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'ed\'e8\'e5\'ec CN. \'c2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ed\'ee\'e2\'fb\'e9 \'f4\'e8\'e7\'e8\'f7\'e5\'f1\'ea\'e8\'e9 \'ea\'e0\'ed\'e0\'eb, \'e8 UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'e5\'f0\'e5\'ea\'ee\'ed\'f4\'e8\'e3\'f3\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'e5 \'f4\'e8\'e7\'e8\'f7\'e5\'f1\'ea\'ee\'e3\'ee \'ea\'e0\'ed\'e0\'eb\'e0, \'f1\'f2\'e0\'f0\'ee\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 Iu \'e8 \'f0\'e0\'e4\'e8\'ee \'e7\'e2\'e5\'ed\'ee \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'fe\'f2\'f1\'ff.\par
\pard\s3\sb100\sa100\b\fs27 3.4.2.2 \'c6\'e5\'f1\'f2\'ea\'e0\'ff \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ec\'e5\'e6\'e4\'f3 RAT\par
\pard\sb100\sa100\b0\fs24\'dd\'f2\'ee \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ec\'e5\'e6\'e4\'f3 \'f0\'e0\'e7\'ed\'fb\'ec\'e8 \'f2\'e8\'ef\'e0\'ec\'e8 \'f1\'e5\'f2\'e5\'e9 \'f0\'e0\'e4\'e8\'ee \'e4\'ee\'f1\'f2\'f3\'ef\'e0 (RAN). \'c2 \'e4\'ee\'ec\'e5\'ed\'e5 CS \'fd\'f2\'ee \'ee\'e7\'ed\'e0\'f7\'e0\'e5\'f2 \'ef\'e5\'f0\'e5\'f5\'ee\'e4 \'e8\'e7 GSM \'e2 UMTS \'e8 \'e8\'e7 UMTS \'e2 GSM, \'e0 \'e2 \'e4\'ee\'ec\'e5\'ed\'e5 PS - \'e8\'e7 GPRS \'e2 UMTS \'e8 \'e8\'e7 UMTS \'e2 GPRS. \'c2 \'f1\'eb\'f3\'f7\'e0\'e5 \'e4\'ee\'ec\'e5\'ed\'e0 PS \'fd\'f2\'ee \'ed\'e0\'e7\'fb\'e2\'e0\'e5\'f2\'f1\'ff \'e2\'fb\'e1\'ee\'f0\'ee\'ec \'ff\'f7\'e5\'e9\'ea\'e8, \'e0 \'ed\'e5 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5\'e9 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff.\par
\pard\s3\sb100\sa100\b\fs27 3.4.2.2.1 \'cf\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e8\'e7 UMTS \'e2 GSM\par
\pard\qc\b0\fs24 UTRAN \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'e8\'ed\'e8\'f6\'e8\'e0\'f2\'ee\'f0\'ee\'ec \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e8\'e7 UMTS \'e2 GSM, \'ee\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee\'f2\'f7\'e5\'f2\'ee\'e2 \'ee\'e1 \'e8\'e7\'ec\'e5\'f0\'e5\'ed\'e8\'e8, \'ef\'ee\'eb\'f3\'f7\'e5\'ed\'ed\'fb\'f5 \'ee\'f2 UE.\par
\pard\fi-360\li720\sb100\sa100\tx720\f1\fs20\'b7\tab\f0\fs24 SRNC \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 RELOCATION REQUIRED (\'e7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ef\'e5\'f0\'e5\'ed\'ee\'f1) \'e2 MSC \par
\pard\fi-360\li720\sb100\sa100\f1\fs20\'b7\tab\f0\fs24 MSC \'e4\'e5\'eb\'e0\'e5\'f2 \'e7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'f3 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff HANDOVER REQUEST \'e2 BSS GSM. \par
\f1\fs20\'b7\tab\f0\fs24 BSS GSM \'e2 \'ee\'f2\'e2\'e5\'f2 \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 HANDOVER REQUEST ACKNOWLEDGE (\'ef\'ee\'e4\'f2\'e2\'e5\'f0\'e6\'e4\'e5\'ed\'e8\'e5 \'e7\'e0\'ef\'f0\'ee\'f1\'e0 \'ed\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'f3 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff), \'e5\'f1\'eb\'e8 \'e8\'ec\'e5\'fe\'f2\'f1\'ff \'f0\'e5\'f1\'f3\'f0\'f1\'fb \par
\f1\fs20\'b7\tab\f0\fs24 MSC \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 RELOCATION COMMAND (\'ea\'ee\'ec\'e0\'ed\'e4\'e0 \'ef\'e5\'f0\'e5\'ed\'ee\'f1\'e0) \'e2 SRNC, \'ea\'ee\'f2\'ee\'f0\'fb\'e9 \'f1\'ee\'ee\'e1\'f9\'e0\'e5\'f2 UE \'ee \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e2 GSM \par
\f1\fs20\'b7\tab\f0\fs24 BSS GSM \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 HANDOVER DETECT (\'ee\'e1\'ed\'e0\'f0\'f3\'e6\'e5\'ed\'e8\'e5 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff) \'ef\'ee\'f1\'eb\'e5 \'f2\'ee\'e3\'ee, \'ea\'e0\'ea UE \'ef\'f0\'e5\'e4\'f1\'f2\'e0\'e2\'eb\'ff\'e5\'f2 \'e4\'ee\'f1\'f2\'f3\'ef \'ed\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'f3 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \par
\f1\fs20\'b7\tab\f0\fs24\'ca\'ee\'e3\'e4\'e0 UE \'f1\'ee\'ee\'e1\'f9\'e0\'e5\'f2, \'f7\'f2\'ee \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e0, BSS GSM \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 HANDOVER COMPLETE (\'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e0) \'e2 MSC, \'ea\'ee\'f2\'ee\'f0\'fb\'e9 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 Iu \par
\pard\s3\sb100\sa100\b\fs27 3.4.2.2.2 \'cf\'e5\'f0\'e5\'ed\'ee\'f1 \'ff\'f7\'e5\'e9\'ea\'e8 \'e8\'e7 UMTS \'e2 GPRS\par
\'c2 \'fd\'f2\'ee\'ec \'f1\'eb\'f3\'f7\'e0\'e5 UE \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'e8\'ed\'e8\'f6\'e8\'e0\'f2\'ee\'f0\'ee\'ec \'ef\'e5\'f0\'e5\'ed\'ee\'f1\'e0 \'ff\'f7\'e5\'e9\'ea\'e8:\par
\pard\fi-360\li720\sb100\sa100\tx720\b0\f1\fs20\'b7\tab\f0\fs24 UE \'ef\'ee\'eb\'f3\'f7\'e0\'e5\'f2 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \'f1\'e8\'f1\'f2\'e5\'ec\'fb \'ee \'f1\'ee\'f1\'e5\'e4\'ed\'e8\'f5 \'ff\'f7\'e5\'e9\'ea\'e0\'f5 \'ee\'f2 UTRAN, \'ed\'e0\'f1\'f2\'f0\'e0\'e8\'e2\'e0\'e5\'f2 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1 BSS GSM/GPRS \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2 \'f0\'e5\'f1\'f3\'f0\'f1\'fb UTRAN \par
\pard\fi-360\li720\sb100\sa100\f1\fs20\'b7\tab\f0\fs24\'c7\'e0\'f2\'e5\'ec \'ee\'ed \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 ROUTING AREA UPDATE REQUEST (\'c7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8) \'e2 SGSN \par
\f1\fs20\'b7\tab\f0\fs24 SGSN \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 SRNS CONTEXT REQUEST (\'e7\'e0\'ef\'f0\'ee\'f1 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 SRNS), \'f7\'f2\'ee\'e1\'fb \'ef\'ee\'eb\'f3\'f7\'e8\'f2\'fc \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \'ee \'ef\'e0\'ea\'e5\'f2\'e0\'f5, \'e2\'ea\'eb\'fe\'f7\'e0\'ff \'ef\'ee\'f0\'ff\'e4\'ea\'ee\'e2\'fb\'e5 \'ed\'ee\'ec\'e5\'f0\'e0 \'e4\'eb\'ff \'f1\'e8\'ed\'f5\'f0\'ee\'ed\'e8\'e7\'e0\'f6\'e8\'e8 \'ee\'f2 SRNC \par
\f1\fs20\'b7\tab\f0\fs24 SRNC \'ee\'f2\'ea\'eb\'e8\'ea\'e0\'e5\'f2\'f1\'ff \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5\'ec SRNS CONTEXT RESPONSE (\'ee\'f2\'ea\'eb\'e8\'ea \'ed\'e0 \'e7\'e0\'ef\'f0\'ee\'f1 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0), \'f1\'ee\'e4\'e5\'f0\'e6\'e0\'f9\'e8\'ec \'f1\'ee\'ee\'f2\'e2\'e5\'f2\'f1\'f2\'e2\'f3\'fe\'f9\'f3\'fe \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \par
\f1\fs20\'b7\tab\f0\fs24\'d0\'e5\'e6\'e8\'ec \'ee\'e1\'e5\'f1\'ef\'e5\'f7\'e5\'ed\'e8\'ff \'f1\'e5\'ea\'f0\'e5\'f2\'ed\'ee\'f1\'f2\'e8 \'ed\'e0\'f1\'f2\'f0\'e0\'e8\'e2\'e0\'e5\'f2\'f1\'ff \'e2 \'f1\'e5\'f2\'e8 GSM/GPRS, \'e8 SGSN \'ef\'f0\'ee\'f1\'e8\'f2 SRNC \'ef\'e5\'f0\'e5\'e4\'e0\'f2\'fc \'e2\'f1\'e5 \'e1\'f3\'f4\'e5\'f0\'e8\'e7\'ee\'e2\'e0\'ed\'ed\'fb\'e5 \'e4\'e0\'ed\'ed\'fb\'e5 \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'ea\'ee\'ec\'e0\'ed\'e4\'fb SRNS FORWARD DATA COMMAND (\'ea\'ee\'ec\'e0\'ed\'e4\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 SRNS) \par
\f1\fs20\'b7\tab\f0\fs24 SRNC \'ed\'e0\'ef\'f0\'e0\'e2\'eb\'ff\'e5\'f2 \'e4\'e0\'ed\'ed\'fb\'e5 \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 Iu \par
\f1\fs20\'b7\tab\f0\fs24 SGSN \'e7\'e0\'e2\'e5\'f0\'f8\'e0\'e5\'f2 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'ef\'e5\'f0\'e5\'ed\'ee\'f1\'e0 \'ff\'f7\'e5\'e9\'ea\'e8 \'ef\'f3\'f2\'e5\'ec \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e9 ROUTING AREA UPDATE ACCEPT (\'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 \'ef\'f0\'e8\'ed\'ff\'f2\'ee) \'e8 COMPLETE (\'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'e5) \par
\pard\s3\sb100\sa100\b\fs27 3.4.3 \'ca\'ee\'ed\'f2\'f0\'ee\'eb\'fc \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'f1\'e8\'e3\'ed\'e0\'eb\'e0\par
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\'cf\'ee\'f1\'eb\'e5 \'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8 (\'e4\'e8\'e0\'eb\'ee\'e3\'e0) RAB \'e8 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 CS \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2\'f1\'ff.\par
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\pard\sb100\sa100\b0\fs24\'c2 \'ef\'f0\'e8\'ec\'e5\'f0\'e5 PS \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 IMSI PS \'e8 \'e2\'f5\'ee\'e4\'e8\'f2 \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM-IDLE. SGSN \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'f2 \'ed\'e8\'f1\'f5\'ee\'e4\'ff\'f9\'e8\'e9 PDU \'e8 \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3 \'ef\'ee \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'fe\'f9\'e5\'ec\'f3 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'fe RRC, \'ea\'e0\'ea \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3 \'f2\'e8\'ef\'e0 II \'ee\'f2 UTRAN \'ea UE.\par
UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8, \'f0\'e5\'e0\'eb\'e8\'e7\'f3\'e5\'f2 \'ed\'ee\'e2\'ee\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 PS \'f1 SGSN, \'ef\'e5\'f0\'e5\'e4\'e0\'e5\'f2 \'e7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'e5 \'f1 \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e5\'e9 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP \'e8 \'f0\'e0\'f1\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec RAB \'e8 \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'f2 \'f0\'e0\'e7\'f0\'e5\'f8\'e5\'ed\'e8\'e5 \'ed\'e0 \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'fe \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP. \'cf\'ee\'f1\'eb\'e5 \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 \'f3\'f1\'eb\'f3\'e3\'e0 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2\'f1\'ff \'ef\'f3\'f2\'e5\'ec \'e4\'e5\'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e8 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff RAB.\par
\'c2 \'ea\'ee\'ed\'f6\'e5 UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 PS \'ef\'f3\'f2\'e5\'ec \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 PS.\cf1\f2\fs20\par
}
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DICT_NUMBER��DICT_NUMBER��!TR2he�Updating of a cell also is used UE in the beginning of new transaction, for periodic updating cells and as the response to paging PS type I.�1=>2;5=85 OG59:8 B0:65 8A?>;L7C5BAO UE 2 =0G0;5 =>2>9 B@0=70:F88, 4;O ?5@8>48G5A:>3> >1=>2;5=8O OG55: 8 2 :0G5AB25 >B:;8:0 =0 ?59468=3 PS B8? I.DICT_NUMBER��
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DICT_NUMBER��^aDICT_NUMBER��dgDICT_NUMBER��hkDICT_NUMBER��ktDICT_NUMBER��x|DICT_NUMBER��{DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��, �During transaction RNC it is necessary to know site UE to within a cell. Owing to intermittence of connection PS this information can be inexact if UE has moved at the moment of renewal of transfer. In this case updating of a cell is carried out UE. ?@>F5AA5 B@0=70:F88 RNC =5>1E>48<> 7=0BL <5AB>?>;>65=85 UE A B>G=>ABLN 4> OG59:8. A;54AB285 ?@5@K28AB>AB8 A>548=5=8O PS MB0 8=D>@<0F8O <>65B 1KBL =5B>G=>9, 5A;8 UE ?5@5<5AB8;AO 2 <><5=B 2>7>1=>2;5=8O ?5@540G8.  MB>< A;CG05 >1=>2;5=85 OG59:8 2K?>;=O5BAO UE.DICT_NUMBER��DICT_NUMBER��
DICT_NUMBER��DICT_NUMBER��
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DICT_NUMBER���	�DICT_NUMBER����DICT_NUMBER���DICT_NUMBER��END_OF_SENTENCE�DOVER 3.3.3.4 Updating a cell3.3.3.4 1=>2;5=85 OG59:8DICT_NUMBER��DICT_NUMBER��
DICT_NUMBER�� GB> ?5@540G0 >1A�UE carries out updating URA when enters in new URA, and also carries out periodic updating URA to support registration of the fresh data on condition UE in UTRAN. URA it is known only in limits UTRAN.�UE 2K?>;=O5B >1=>2;5=85 URA, :>340 2E>48B 2 =>2CN URA, 0 B0:65 2K?>;=O5B ?5@8>48G5A:>5 >1=>2;5=85 URA, GB>1K ?>445@6820BL @538AB@0F8N A2568E 40==KE > A>AB>O=88 UE 2 UTRAN. URA 8725AB=0 B>;L:> 2 ?@545;0E UTRAN.DICT_NUMBER��DICT_NUMBER��	DICT_NUMBER��

DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��!#DICT_NUMBER��(*DICT_NUMBER��+,DICT_NUMBER��/2DICT_NUMBER��25DICT_NUMBER��47DICT_NUMBER��=?	DICT_NUMBER��II
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mDICT_NUMBER��jzDICT_NUMBER��w�DICT_NUMBER����DICT_NUMBER����DICT_NUMBER���	�	DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��SS GSM sends message H33.3.3.3 Updating a zone of registration UMTS (URA) /3.3.3.3 1=>2;5=85 7>=K @538AB@0F88 UMTS (URA) DICT_NUMBER��DICT_NUMBER��
DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��($DICT_NUMBER��-)>ABC? =0�If the network supports connection Gs between SGSN and MSC, UE which is attached both to GPRS, and to IMSI, will carry out the combined procedures of updating RA/LA.�A;8 A5BL ?>445@68205B A>548=5=85 Gs <564C SGSN 8 MSC, UE, :>B>@>5 ?@8:@5?;O5BAO :0: : GPRS, B0: 8 : IMSI, 1C45B 2K?>;=OBL :><18=8@>20==K5 ?@>F54C@K >1=>2;5=8O RA/LA.DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��
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DICT_NUMBER��#"DICT_NUMBER��&%DICT_NUMBER��.+DICT_NUMBER��30DICT_NUMBER��72DICT_NUMBER��:5DICT_NUMBER��<7DICT_NUMBER��?;DICT_NUMBER��EC
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DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��VAR_TR1BASE175Updating RA is updating RA or inside SGSN, or between SGSN. At performance of updating RA inside SGSN, the unit of support SGSN informs GGSN and HLR on new site UE. At performance of updating RA between SGSN there is no necessity to inform GGSN and HLR. Periodic updating RA always is updating RA inside SGSN.T1=>2;5=85 RA O2;O5BAO >1=>2;5=85< RA ;81> 2=CB@8 SGSN, ;81> <564C SGSN. @8 2K?>;=5=88 >1=>2;5=8O RA 2=CB@8 SGSN, C75; ?>445@6:8 SGSN 8=D>@<8@C5B GGSN 8 HLR > =>2>< <5AB>?>;>65=88 UE. @8 2K?>;=5=88 >1=>2;5=8O RA <564C SGSN =5B =5>1E>48<>AB8 8=D>@<8@>20BL GGSN 8 HLR. 5@8>48G5A:>5 >1=>2;5=8����	

 !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~�5 RA 2A5340 O2;O5BAO >1=>2;5=85< RA 2=CB@8 SGSN.DICT_NUMBER��
DICT_NUMBER��	DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��#DICT_NUMBER��&DICT_NUMBER��+DICT_NUMBER��%2DICT_NUMBER��)6DICT_NUMBER��+8DICT_NUMBER��.=DICT_NUMBER��6CDICT_NUMBER��END_OF_SENTENCE:GDICT_NUMBER��<IDICT_NUMBER��?M
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x	DICT_NUMBER��{�DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��DICT_NUMBER����DICT_NUMBER����
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DICT_NUMBER��&DICT_NUMBER��)DICT_NUMBER��0DICT_NUMBER��9DICT_NUMBER��&EDICT_NUMBER��)HDICT_NUMBER��0ODICT_NUMBER��END_OF_SENTENCE4SEQUE �UE in condition PMM-IDLE carries out updating RA when it enters in new RA, and also carries out periodic updating RA to support registration of the fresh data on condition UE in SGSN and GGSN.�UE 2 A>AB>O=88 PMM-IDLE 2K?>;=O5B >1=>2;5=85 RA, :>340 >=> 2E>48B 2 =>2CN RA, 0 B0:-65 2K?>;=O5B ?5@8>48G5A:>5 >1=>2;5=85 RA, GB>1K ?>445@60BL @538AB@0F8N A2568E 40==KE > A>AB>O=88 UE 2 SGSN 8 GGSN.DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��		DICT_NUMBER��DICT_NUMBER��	DICT_NUMBER��%"
DICT_NUMBER��.-DICT_NUMBER��11DICT_NUMBER��67DICT_NUMBER��9;DICT_NUMBER��@BDICT_NUMBER��CDDICT_NUMBER��GJDICT_NUMBER��ILDICT_NUMBER��KNDICT_NUMBER��OPDICT_NUMBER��TW	DICT_NUMBER��`a
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DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER���	�	DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��87<5@5=88, ?>;CG5==KE 73.3.3.2 Procedure of updating of a zone of routing (RA)43.3.3.2 @>F54C@0 >1=>2;5=8O 7>=K <0@H@CB870F88 (RA)DICT_NUMBER��DICT_NUMBER��		DICT_NUMBER��
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DICT_NUMBER��30DICT_NUMBER��OODICT_NUMBER �The equipment of the user in condition MM-IDLE carries out updating LA when it enters in new LA, and also carries out periodic updating LA to support registration of the fresh data on condition UE in VLR and HLR.�1>@C4>20=85 ?>;L7>20B5;O 2 A>AB>O=88 MM-IDLE 2K?>;=O5B >1=>2;5=85 LA, :>340 >=> 2E>48B 2 =>2CN LA, 0 B0:65 2K?>;=O5B ?5@8>48G5A:>5 >1=>2;5=85 LA, GB>1K ?>445@6820BL @538AB@0F8N A2568E 40==KE > A>AB>O=88 UE 2 VLR 8 HLR.DICT_NUMBER��
DICT_NUMBER��
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DIC3.3.3.1 Updating a site (LU)&3.3.3.1 1=>2;5=85 <5AB>?>;>65=8O (LU)DICT_NUMBER��DICT_NUMBER��
DICT_NUMBER��DICT_NUMBER��"VHDI(3.3.3 Procedures of management by a site*3.3.3 @>F54C@K C?@02;5=8O <5AB>?>;>65=85<DICT_NUMBER��DICT_NUMBER��
	DICT_NUMBER��

DICT_NUMBER��	DICT_NUMBER���yDICT_NUMBER����Procedure of striking off exists in 3 various versions, determining the initiator of procedure, i.e. initiated UE, SGSN or HLR. Below in figure the combined procedure of striking off GPRS/IMSI is shown.�@>F54C@0 >B:@5?;5=8O ACI5AB2C5B 2 3-E @07;8G=KE 25@A8OE, >?@545;ONI8E 8=8F80B>@0 ?@>F54C@K, B.5. 8=8F88@C5<0O UE, SGSN 8;8 HLR. 865 =0 @8AC=:5 ?>:070=0 :><18=8@>20==0O ?@>F54C@0 >B:@5?;5=8O GPRS/IMSI.DICT_NUMBER��		DICT_NUMBER��

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DICT_NUMBER��RR	DICT_NUMBER��^[DICT_NUMBER��`]DICT_NUMBER��e	bDICT_NUMBER��ooDICT_NUMBER��qqDICT_NUMBER��ssDICT_NUMBER��xxDICT_NUMBER��{|DICT_NUMBER��END_OF_SENTENCE~DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER���	�	DICT_NUMBER����DICT_NUMBER���	�	DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��65AB:>9 ?5@540G8 >1h�� 	 Combined striking off GPRS/IMSI (only initiated UE), marking UE as inactive in domains CS and PS CN t��	><18=8@>20==>5 >B:@5?;5=85 GPRS/IMSI (B>;L:> 8=8F88@C5<>5 UE), ?><5G0NI55 UE :0: =50:B82=>5 2 4><5=0E CS 8 PS CN DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��
DICT_NUMBER��		DICT_NUMBER��$(DICT_NUMBER��%)DICT_NUMBER��*	0DICT_NUMBER��4=DICT_NUMBER��6?DICT_NUMBER��7@DICT_NUMBER��9B
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=�� 	 Striking off GPRS marking UE as inactive in domain PS CN @��	B:@5?;5=85 GPRS, ?><5G0NI55 UE :0: =50:B82=>5 2 4><5=5 PS CN DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��
DICT_NUMBER��DICT_NUMBER��!"DICT_NUMBER��$&
DICT_NUMBER��-1DICT_NUMBER��03_NUMBE
=�� 	 Striking off IMSI marking UE as inactive in domain CS CN @��	B:@5?;5=85 IMSI, ?><5G0NI55 UE :0: =50:B82=>5 2 4><5=5 CS CN DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��
DICT_NUMBER��DICT_NUMBER��!"DICT_NUMBER��$&
DICT_NUMBER��-1DICT_NUMBER��035There are various types of procedure of striking off:0!CI5AB2CNB @07;8G=K5 B8?K ?@>F54C@K >B:@5?;5=8O:DICT_NUMBER��	
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	DICT_NUMBER��DICT_NUMBER��	DICT_NUMBER��%$DICT_NUMBER��END_OF_SENTENCE4/��DICT_NUMBER��END_OF_S,"Function Detach is used at deenergizing UE or when UE informs a network, that it any more does not want to get access to services, using procedure of striking off from GPRS and-or IMSI. In a similar way the network informs UE, that it any more does not get access to base services SGSN/MSC.$C=:F8O Detach 8A?>;L7C5BAO ?@8 2K:;NG5=88 UE 8;8 :>340 UE 8=D>@<8@C5B A5BL, GB> >=> 1>;LH5 =5 E>G5B ?>;CG0BL 4>ABC? : CA;C30<, 8A?>;L7CO ?@>F54C@C >B:@5?;5=8O >B GPRS 8/8;8 IMSI. >4>1=K< >1@07>< A5BL 8=D>@<8@C5B UE, GB> >=> 1>;LH5 =5 ?>;CG05B 4>ABC? : 107>2K< CA;C30< SGSN/MSC.DICT_NUMBER��DICT_NUMBER��	DICT_NUMBER��DICT_NUMBER��DICT_NUMBER�� 
DICT_NUMBER��(+DICT_NUMBER��+.DICT_NUMBER��.2DICT_NUMBER��38DICT_NUMBER��6;DICT_NUMBER��>	GDICT_NUMBER��GKDICT_NUMBER��IMDICT_NUMBER��NQDICT_NUMBER��QU	DICT_NUMBER��Z
_DICT_NUMBER��heDICT_NUMBER��onDICT_NUMBER��vuDICT_NUMBER��ywDICT_NUMBER���~DICT_NUMBER����	DICT_NUMBER���	�	DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����	DICT_NUMBER����DICT_NUMBER���DICT_NUMBER���DICT_NUMBER���DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��END_OF_SENTENCE!ce} of radio of resources(3.3.2 Procedure of striking off (Detach)$3.3.2 @>F54C@0 >B:@5?;5=8O (Detach)DICT_NUMBER��DICT_NUMBER��		DICT_NUMBER��DICT_NUMBER�� ill�Mean, that performance of connection of the signal system precedes procedure of an attachment to request connection of the signal system on which it is possible to transfer the message of an attachment.�<59B5 2 284C, GB> 2K?>;=5=85 A>548=5=8O A83=0;870F88 ?@54H5AB2C5B ?@>F54C@5 ?@8:@5?;5=8O, GB>1K 70?@>A8BL A>548=5=85 A83=0;870F88, ?> :>B>@><C <>6=> ?5@540BL A>>1I5=85 ?@8:@5?;5=8O.DICT_NUMBER��
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DICT_NUMBER��tvDICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����	DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��DICT_NUMBER��O-\Procedure of an attachment is actually carried out as procedure LU with installation such as parameter on Attach. Procedure of attachment IMSI is used only in case of repeated activization UE in the same LA (the same indicator of a zone of an arrangement (LAI), broadcast and kept in USIM) in which the user equipment has been registered last time.p@>F54C@0 ?@8:@5?;5=8O 2 459AB28B5;L=>AB8 2K?>;=O5BAO :0: ?@>F54C@0 LU A CAB0=>2:>9 B8?0 ?0@0<5B@0 =0 Attach. @>F54C@0 ?@8:@5?;5=8O IMSI 8A?>;L7C5BAO B>;L:> 2 A;CG05 ?>2B>@=>9 0:B82870F88 UE 2 B>9 65 LA (B>B 65 A0<K9 8=48:0B>@ 7>=K @0A?>;>65=8O (LAI), B@0=A;8@C5<K9 8 A>E@0=O5<K9 2 USIM), 2 :>B>@>9 ?>;L7>20B5;LA:>5 >1>@C4>20=85 1K;> 70@538AB@8@>20=> 2 ?>A;54=89 @07.DICT_NUMBER��		DICT_NUMBER��

DICT_NUMBER��DICT_NUMBER��36DICT_NUMBER��6	:	DICT_NUMBER��@DDICT_NUMBER��CGDICT_NUMBER��HI
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xDICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER���
�DICT_NUMBER����	DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER���	�	DICT_NUMBER���	�DICT_NUMBER����DICT_NUMBER����DICT_NUMBER���DICT_NUMBER��	�
DICT_NUMBER��DICT_NUMBER��
DICT_NUMBER��DICT_NUMBER��DICT_NUMBER�� DICT_NUMBER��""DICT_NUMBER��%$DICT_NUMBER��+,DICT_NUMBER��4	=DICT_NUMBER��>JDICT_NUMBER��R	`DICT_NUMBER��END_OF_SENTENCE[ocally, updating RAB$With the help of procedures of an attachment to GPRS registration UE in SGSN whereas the combined procedure of an attachment to GPSR/IMSI allows to register UE in SGSN for granting service (services) PS, and also in MSC for services CS is carried out only.�! ?><>ILN ?@>F54C@ ?@8:@5?;5=8O : GPRS 2K?>;=O5BAO B>;L:> @538AB@0F8O UE 2 SGSN, B>340 :0: :><18=8@>20==0O ?@>F54C@0 ?@8:@5?;5=8O : GPSR/IMSI ?>72>;O5B 70@538AB@8@>20BL UE 2 SGSN 4;O ?@54>AB02;5=8O CA;C38 (CA;C3) PS, 0 B0:65 2 MSC 4;O CA;C3 CS.DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��

DICT_NUMBER��DICT_NUMBER��- DICT_NUMBER��0"DICT_NUMBER��5:DICT_NUMBER��BFDICT_NUMBER��EIDICT_NUMBER��HKDICT_NUMBER��MQ	DICT_NUMBER��U[DICT_NUMBER��b	k	DICT_NUMBER��luDICT_NUMBER��}�DICT_NUMBER���	�	DICT_NUMBER����	DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER���
�DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER���'DICT_NUMBER���3DICT_NUMBER��END_OF_SENTENCE��ceVAR_TR2distancesjD"�UE it is attached separately to each of domains CN. However UE can carry out the combined or separate procedures of an attachment to GPRS or IMSI depending on opportunities UE and a network, and also from the current condition of connection UE.�UE ?@8:@5?;O5BAO @0745;L=> : :064><C 87 4><5=>2 CN. 4=0:> UE <>65B 2K?>;=OBL :><18=8@>20==K5 8;8 @0745;L=K5 ?@>F54C@K ?@8:@5?;5=8O : GPRS 8;8 IMSI 2 7028A8<>AB8 >B 2>7<>6=>AB59 UE 8 A5B8, 0 B0:65 >B B5:CI53> A>AB>O=8O A>548=5=8O UE.DICT_NUMBER��DICT_NUMBER��
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DICT_NUMBER����DICT_NUMBER��END_OF_SENTENCE��RNS, SRNC deci0GTo get access to services, UE it should be registered all over again in a network by performance of procedure of an attachment. For example, during an attachment to GPRS the logic part between UE and SGSN is carried out, and UE services SMS by means of PS, paging through SGSN and notices on entering data PS become accessible.9'B>1K ?>;CG8BL 4>ABC? : CA;C30<, UE 4>;6=> A=0G0;0 70@538AB@8@>20BLAO 2 A5B8 ?CB5< 2K?>;=5=8O ?@>F54C@K ?@8:@5?;5=8O. 0?@8<5@, 2 ?@>F5AA5 ?@8:@5?;5=8O : GPRS 2K?>;=O5BAO ;>38G5A:>5 725=> <564C UE 8 SGSN, 8 UE AB0=>2OBAO 4>ABC?=K CA;C38 SMS ?>A@54AB2>< PS, ?59468=30 G5@57 SGSN 8 C254><;5=8O > 2E>4OI8E 40==KE PS.DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��!DICT_NUMBER��	$DICT_NUMBER��(
3DICT_NUMBER��6+DICT_NUMBER��EFDICT_NUMBER��H	HDICT_NUMBER��RMDICT_NUMBER��US
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DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER����DICT_NUMBER��	DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��DICT_NUMBER��!$DICT_NUMBER��$&DICT_NUMBER��-/DICT_NUMBER��26DICT_NUMBER��5�DICT_NUMBER��END_OF_SENTENCEF8onse to )3.3.1 Procedure of an attachment (Attach)%3.3.1 @>F54C@0 ?@8:@5?;5=8O (Attach)DICT_NUMBER��DICT_NUMBER��		DICT_NUMBER��DICT_NUMBER��!83.3 Management of mobility3.3 #?@02;5=85 <>18;L=>ABLNDICT_NUMBER��DICT_NUMBER��

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�Clearing RAB for the certain transaction will not affect other connections for other services. RAB for other services, and also connection of the signal system will stay without change.�A2>1>645=85 RAB 4;O >?@545;5==>9 B@0=70:F88 =5 ?>2;8O5B =0 4@C385 A>548=5=8O 4;O 4@C38E CA;C3. RAB 4;O 4@C38E CA;C3, 0 B0:65 A>548=5=85 A83=0;870F88 >AB0=CBAO 157 87<5=5=8O.DICT_NUMBER��DICT_NUMBER��	
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\viewkind4\uc1\pard\lang1033\f0\fs24 The chapter the third: Functionalities of network UMTS\cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\f0\fs24 In this chapter the review of the signal system of base management and gateway interaction of units is given.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 During work UE, UTRAN and CN accept set of conditions. Each condition is characterized by a level of activity, and, hence, and requirements to resources. In UMTS change of requirements for resources is provided with dynamic distribution of resources. It allows to use better resources, reducing mutual influences and increasing\lang1049\f2  \lang1033\f0 service life of batteries in mobile phone. Conditions also define behaviour CN in attitude UE, for example, end or a deviation of an entering call in case UE is switched off, not borrowed or is already active.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 The set of elementary procedures operates changes of a condition and distribution of resources if necessary. Procedures of management by mobility (MM) and managements of radio of resources (RRM), such as transfer of service, allow UE to move inside a network without breaks of connection.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 One of characteristics UMTS is that elementary procedures can be united in the different ways with the purpose of granting service. Technical parameters also allow to carry out one and too in several ways. Besides the description of elementary procedures MM and RRM examples in which the general procedures of the signal system for set of services speak are used. By consideration of functionalities the detailed level of representation of the information is chosen.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1 Conditions of the equipment of the user (UE) and networks\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 At inclusion the equipment of the user (UE) UMTS is entered in mode IDLE (free). The mechanism of search of a cell, a tracing range of frequencies UMTS for a cell with the help the broadcasting information corresponding to the list allowable PLMN is started. When the suitable cell is found, UE is placed in this cell and requests initial access to UTRAN to become attached to a network and enter condition CONNECTED (is connected). After binding UE becomes known / registered in a network and can get access to offered services. This operating mode also refers to Camping on UTRAN Cell (accommodation in cell UTRAN).\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Multimode UE besides network UMTS are capable to work in existing networks GSM/GPRS. When network UMTS is not accessible, UE can work in cell GSM/GPRS. This operating mode also refers to Camping on GSM/GPRS Cell (accommodation in cell GSM/GPRS).\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE can participate also in intersystem transfers of service and updates\lang1049\f2  \lang1033\f0 sites (LU).\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE it is placed in cell UTRAN, the following descriptions of conditions are applied.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.1 Conditions of management of mobility (MM) in a mode of switching of channels (CS)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In a mode of switching of channels UE and CN work in three conditions shown below, similar to behaviour in GSM.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE it is included and carries out attachment IMSI (IMSI Attach), it passes from condition MM-DETACHED in condition MM-CONNECTED, and then after successful end of process of attachment IMSI - in condition MM-IDLE. In condition MM-IDLE the equipment of the user is registered in CN with help LA (a zone of a site), but not registered in UTRAN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When the call or updating of a site is carried out, UE passes back in condition MM-CONNECTED before end of process of an establishment of connection / transaction.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When process of striking off IMSI is carried out (IMSI Detach), the condition changes on MM-DETACHED. In condition MM-CONNECTED the equipment of the user is registered in UTRAN with help ID (identifier) of a cell and in CN with help ID of connection Iu.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.2 Conditions of management of mobility in a mode of switching of packages (PMM)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In a mode of switching of packages UE and CN work in three conditions shown below.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE carries out attachment GPRS, it passes from condition PMM-DETACHED in condition PMM-CONNECTED, and then after successful attachment GPRS and clearing of connection of the signal system - in condition PMM-IDLE. In condition PMM-IDLE the equipment of the user is registered in CN with help RA (a zone of routing), but not registered in UTRAN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When new service is requested or updating a zone of routing (RAU) is carried out, UE passes back in condition PMM-CONNECTED before end of granting of service / transaction. In condition PMM-CONNECTED the equipment of the user is registered in UTRAN with help ID of a cell and in CN with help ID of connection Iu.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When process of striking off PS is carried out, the condition changes on PMM-DETACHED.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.3 Conditions of services of management of radio resources (RRC)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Depending on type of connection and speed of distribution UE can be in one of several various conditions. It is defined by conditions RRC controlled from RNC. In mode Idle (free) UE has no active connections. In mode Connected (connected) UE can be in one of four conditions RRC:\cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\tx720\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Condition Cell_FACH (the channel of direct access) is used for the organization of connection on the general channels with the limited passband, for example, attachment IMSI or LU \cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Condition Cell_DCH (the allocated channel) is used for the organization of connection on the reserved allocated channels similar to the telephone channel and the data link. In this condition UTRAN will carry out transfers of service for QoS CS and updating of a cell for QoS PS. \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Conditions Cell_PCH (the paging channel) and URA_PCH are used, when there is no data transmission. The equipment of the user only listens to the paging channel, thus, minimizing loading of the battery. In condition Cell_PCH the equipment of the user carries out updating cells whereas in condition URA_PCH it carries out less often updating a zone of registration in UTRAN (URA). The description of definition of sites is given in section 3.3.3. Advantage of last condition will consist in increase of safety of capacity, and lack - in necessity of process of paging. For example, condition URA_PCH is more preferable than condition Cell_PCH, when UE moves with the big speed to minimize frequency of procedures of updating of a site. \cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\b\f0\fs27 3.1.4 The review of conditions UE\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The list of conditions UE and RRC is below resulted. Site UE will be known to a network on change of the sanction. Depending on actual condition UE it will be registered in different databases and with different accuracy. Being based on a condition and type of active connection, either UE, or UTRAN will choose, in what cell to be placed. The description of definition of sites is resulted in section 3.3.3.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 The review of conditions UE\cf1\lang1049\b0\f1\fs20\par
\pard\tx1563\tx2821\tx3834\tx5526\tx7035\tx9370\cf0\lang1033\f0\fs24 Condition UE \tab  Condition RRC \tab  UE is known in \tab  UE accuracy of registration UE \tab  A cell is registered in \tab  Gets out with the help\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 PMM-DETACHED \tab  \tab  - \tab  HLR \tab  IMSI, last LA/RA \tab -\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 PMM-IDLE \tab  \tab  LA/RA \tab  CN \tab  LA/RA \tab  UE, updating LA/RA\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 PMM-CONNECTED \tab  Cell_FACH \tab  A cell \tab  CN, UTRAN \tab  URA connections Iu \tab  UE, updating of a cell\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f2\fs24  \f0\tab  Cell_DCH \tab  A cell \tab  CN, UTRAN \tab  A cell of connection Iu \tab  UE, updating of a cell (PS) or transfer of service UTRAN (CS)\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f2\fs24  \f0\tab  Cell_PCH \tab  A cell \tab  CN, UTRAN \tab  URA connections Iu \tab  UE, updating of a cell\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f2\fs24  \f0\tab  URA_PCH \tab  URA \tab  UTRAN \tab  URA \tab  UE, updating URA\cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\b\f0\fs27 3.1.5 Conditions of the report of batch data transmission (PDP)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Subscription PS includes a subscription of PDP one or more addresses. Each PDP address is described one or more contexts PDP in UE, SGSN and GGSN. Each context PDP exists independently in one of two conditions PDP. Condition PDP shows, carry of the data for given PDP address is resolved whether or not. All contexts PDP of the subscriber follow from same condition PMM for IMSI the given subscriber.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.5.1 Condition INACTIVE (inactive)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In condition INACTIVE service of data transmission for certain PDP address of the subscriber is not active. Context PDP does not contain the information of routing or accommodation for processing data transmission PDP, concerning to the given PDP address. The data cannot be transferred. In condition INACTIVE change of site UE does not cause updating for context PDP even if to the subscriber it is attached PS.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE changes condition INACTIVE for condition ACTIVE, beginning procedure of inquiry of service with the help of activization of context PDP.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.1.5.2 Condition ACTIVE (active)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In condition ACTIVE context PDP for used PDP address becomes more active in UE, SGSN and GGSN. Context PDP contains the information of accommodation and routing for carry PDU PDP for given concrete PDP address between UE and GGSN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Active context PDP for UE replaces a condition on INACTIVE, beginning procedure of clearing of service with the help of deactivisation\lang1049\f2  \lang1033\f0 context PDP. All active contexts PDP for UE pass in condition INACTIVE when condition PMM varies on condition IDLE or PMM-DETACHED.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2 Elementary procedures\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Resources of the signal system and transport resources are established and released dynamically by the inquiry based on required quality of service (QoS) for optimum use of resources. In UMTS different services with miscellaneous QoS will use in common radio resources. Therefore all procedures are usually reduced to performance of connection of the signal system and performance, updating and clearing RAB.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.1 Paging\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of paging is used by a base network to specify UE necessity of end of transaction, for example, an entering call or data transmission.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 In UMTS it is used two different such as procedures of paging depending on, whether there is a connection in same area CN whether or not. Paging such as I is "usual" way of use of paging. It is used UE in mode IDLE to create connection of the signal system for end of new transaction. The paging message is sent in those LA/RA where UE has last time presented the report on the site. Paging such as II is used, when UE already has connection in one area CN and other connection in same area CN should be executed. As the paging message is sent in mobile phone only with active connection, it is sent directly in one UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE is IMSI-and GPRS-attached to a network working in mode I, MSC/VLR carry out paging for services of switching of channels through SGSN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.2 Performance of connection of the signal system\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 To execute connection of the signal system from UE to CN, it is necessary to execute connection RRC from UE to UTRAN (RNC) and connection Iu from UTRAN to CN. If it is required, separate connections of the signal system are carried out from UE to each domain CN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of an establishment of connection RRC is started UE, creating connection of link AAL2 between RRC and Unit B, and then allocated physical channel W-CDMA between Unit B and UE, and use of this combined radio channel of the signal system (S-RB) comes to the end with performance of connection RRC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 After performance of connection RRC procedure of the argument of transaction is carried out. Procedure of the argument of transaction is used UE to show a base network, what type of transaction is requested. The initiator of connection Iu is UE which carries out the channel of signal system Iu and connection of a plane of management Iu.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Connection of the signal system can be used subsequently for transparent signal system NAS between UE and CN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.3 Clearing connection of the signal system\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 When transaction is completed, and connection of the signal system any more is not required, it will be released RNC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of clearing begins with clearing connection RRC started with the help of allocated physical channel W-CDMA and S-RB. Then clearing of connection of a plane of management Iu and the channel of signal system Iu finishes process of clearing.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.4 Authorization (check of powers) and maintenance of privacy\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of authorization is carried out for representation to user UMTS of the right on access in CN and on the contrary. Procedure includes authorization USIM in UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When transaction demands transfer of the ciphered data, in a base network procedure of maintenance of privacy for transfer of parameters of privacy (a choice of algorithm of enciphering and synchronization of start of enciphering or both) in UE which in turn confirms inclusion of enciphering is used.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.5 Inquiry about service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of inquiry about service is used for the coordination of parameters QoS for required service and distribution of resources of data transmission. Parameters QoS are coordinated UE and CN on already executed connection of the signal system. Procedure of the signal system slightly differs for transactions with each of domains CN. Option of transaction usually includes distribution RAB, as shown in figure 3.10.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.6 End of service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of end of service is used for clearing all resources connected to the termination of granting of certain service, and can be started CN or UE depending on action of the user.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Clearing of concrete transaction on end of service will include clearing RAB and all connections executed through DRNC. Clearing does not influence other connections for other services. Channels RAB for other services, and also connection of the signal system remain without change.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 In case of the termination of granting of all services for clearing transactions the command of clearing Iu will be used. Thus all radio resources and connections of a plane of users Iu, and also connection of the signal system will be released.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.7 Purpose of channels of radio of access (RAB)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The channel of radio of access (RAB) is appointed for carry of speech signals (CS) and the data (PS) between CN and UE. To appoint RAB, it is required to execute connection of a plane of users Iu from CN to UTRAN and RB from UTRAN (RNC) to UE. RAB it is characterized by parameters which are required according to required QoS.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Connection of a plane of users Iu is carried out by creation of channel Iu required depending on class QoS. Connections CS need part AAL2 between MSC and UTRAN, and for PS connection with tunneling through AAL5 between SGSN and UTRAN is required.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 The radio channel (RB) is carried out by creation of connection of link AAL2 between RNC and Unit B, and then allocated physical channel WCDMA between Unit B and UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Before to organize any channel, RNC carries out management of the admission. Management of the admission is carried out as an estimation of, whether new connection by negative image will affect quality indicators of existing connections in the parts\lang1049\f2  \lang1033\f0 of radio communications and ground parts.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Subsequently RAB it can be used for transparent data transmission between UE and CN. Purpose RAB will change condition UE with Cell_FACH on Cell_DCH.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.2.8 Clearing channels of radio of access (RAB)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Channels of radio of access (RAB) are released, when are not used for preservation of resources, even in a case when transactions are not completed. For example, service of e-mail remains in condition ACTIVE, even at clearing radio of resources and resources of a plane of users. RAB will be established and be released repeatedly by inquiry when the data should be transferred.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Clearing RAB for the certain transaction will not affect other connections for other services. RAB for other services, and also connection of the signal system will stay without change.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 For PS procedure of clearing allows to keep the active contexts PDP connected with released RAB, without updating in CN, and RAB it is possible to restore later. At clearing RAB condition UE will change with Cell_DCH on Cell_PCH or URA_PCH.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3 Management of mobility\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.1 Procedure of an attachment (Attach)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 To get access to services, UE it should be registered all over again in a network by performance of procedure of an attachment. For example, during an attachment to GPRS the logic part between UE and SGSN is carried out, and UE services SMS by means of PS, paging through SGSN and notices on entering data PS become accessible.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE it is attached separately to each of domains CN. However UE can carry out the combined or separate procedures of an attachment to GPRS or IMSI depending on opportunities UE and a network, and also from the current condition of connection UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 With the help of procedures of an attachment to GPRS registration UE in SGSN whereas the combined procedure of an attachment to GPSR/IMSI allows to register UE in SGSN for granting service (services) PS, and also in MSC for services CS is carried out only.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Procedure of an attachment is actually carried out as procedure LU with installation such as parameter on Attach. Procedure of attachment IMSI is used only in case of repeated activization UE in the same LA (the same indicator of a zone of an arrangement (LAI), broadcast and kept in USIM) in which the user equipment has been registered last time.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Mean, that performance of connection of the signal system precedes procedure of an attachment to request connection of the signal system on which it is possible to transfer the message of an attachment.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.2 Procedure of striking off (Detach)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Function Detach is used at deenergizing UE or when UE informs a network, that it any more does not want to get access to services, using procedure of striking off from GPRS and-or IMSI. In a similar way the network informs UE, that it any more does not get access to base services SGSN/MSC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 There are various types of procedure of striking off:\cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\tx720\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Striking off IMSI marking UE as inactive in domain CS CN \cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Striking off GPRS marking UE as inactive in domain PS CN \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Combined striking off GPRS/IMSI (only initiated UE), marking UE as inactive in domains CS and PS CN \cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\f0\fs24 Procedure of striking off exists in 3 various versions, determining the initiator of procedure, i.e. initiated UE, SGSN or HLR. Below in figure the combined procedure of striking off GPRS/IMSI is shown.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3 Procedures of management by a site\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3.1 Updating a site (LU)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The zone of a site (LA) is defined as group \lang1049 (\lang1033 claster\lang1049\f2 ) \lang1033\f0 cells to which UE can move without performance LU within the limits of domain CS CN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 The equipment of the user in condition MM-IDLE carries out updating LA when it enters in new LA, and also carries out periodic updating LA to support registration of the fresh data on condition UE in VLR and HLR.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Updating LA is updating LA or inside MSC, or between MSC. At performance of updating inside MSC the center of switching of mobile connection will inform HLR on new site UE. At performance of updating LA between MSC there is no necessity to inform HLR. Periodic updating LA always is updating LA inside MSC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3.2 Procedure of updating of a zone of routing (RA)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The zone of routing (RA) is defined as group of cells to which UE can move without performance updating\lang1049\f2  \lang1033\f0 sites of routing within the limits of domain PS CN. One or more RA can exist in limits LA, but RA cannot exist more than in one LA.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE in condition PMM-IDLE carries out updating RA when it enters in new RA, and also carries out periodic updating RA to support registration of the fresh data on condition UE in SGSN and GGSN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Updating RA is updating RA or inside SGSN, or between SGSN. At performance of updating RA inside SGSN, the unit of support SGSN informs GGSN and HLR on new site UE. At performance of updating RA between SGSN there is no necessity to inform GGSN and HLR. Periodic updating RA always is updating RA inside SGSN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 If the network supports connection Gs between SGSN and MSC, UE which is attached both to GPRS, and to IMSI, will carry out the combined procedures of updating RA/LA.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3.3 Updating a zone of registration UMTS (URA) \cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The zone of registration UMTS (URA) includes set of the cells belonging one or more RNC where UE can move without performance updating\lang1049\f2  \lang1033\f0 URA. URA is used for registration UE in UTRAN, and also used for MM and RRM, processable UTRAN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE carries out updating URA when enters in new URA, and also carries out periodic updating URA to support registration of the fresh data on condition UE in UTRAN. URA it is known only in limits UTRAN.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.3.3.4 Updating a cell\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 During transaction RNC it is necessary to know site UE to within a cell. Owing to intermittence of connection PS this information can be inexact if UE has moved at the moment of renewal of transfer. In this case updating of a cell is carried out UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Updating of a cell also is used UE in the beginning of new transaction, for periodic updating cells and as the response to paging PS type I.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4 Management of radioresources (RRM)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 When UE has active connection with UTRAN, it constantly carries out measurement on radio connection and sends the report in SRNC. When UE moves from SRNC in a direction to DRNS, SRNC decides to execute procedure of transfer of service, being based on given accepted reports on measurements.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.1 Flexible procedures of transfer of service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Flexible procedure of transfer of service is a transfer of service of radio of resources inside in UTRAN between two Units B with the same frequency.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 It, basically, updating RAB with use of procedure configuration\lang1049\f2 /\lang1033\f0 options of radio of a link and removal of radio of a link.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Being based on given reports on measurement, SRNC decides, that connection should be transferred to other cell under management of another RNC. Then new connection RRC through interface Iur with DRNC and in addition with new Unit B is carried out. During flexible transfer of service SRNC will conduct transfer only on one channel, but to listen to some channels, or on-line SRNC, or DRNC. The signal will be united in SRNC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 When reports on the measurements, received from moving UE, show, that the old of radio connection is not valid any more, SRNC deletes the previous radio connection.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.1.1 More flexible transfer of service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 More flexible transfer of service is an addition or removal of radio of resources from an active set within the limits of the same Unit B. Unit B will transfer on one channel, at the same time listening more than one channel. The signal will be united in Unit B.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.2 Rigid transfer of service\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Rigid transfer of service is physical configuration\lang1049\f2  \lang1033\f0 radio of a link. It can occur inside in UMTS if UE moves from one SRNC to another through CN, i.e. two RNC do not cooperate through interface Iur. It also occurs, when UE moves from one technology of radio of access (RAT) to another, for example, from GSM in UMTS. During rigid transfer of service there will be no switching-off in data transmission or a speech signal.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Some types of rigid transfer of service can be shared into rigid transfer of service inside RAT and between RAT.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.2.1 Rigid transfer of service inside RAT\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Rigid transfer of service inside RAT is carried out inside one technology of radio of access, for example, UTRAN. The difference between rigid and flexible transfer of service will be, that by rigid transfer of service there is a physical change in frequency connections or change in a mode between TDD (a duplex mode to time division) and FDD (a duplex mode with frequency division) and on the contrary or replacement of a cell without support macro\lang1049\f2  \lang1033\f0 increases i.e. transfer of service from one SRNC to another.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 By transfer of service from one SRNC to another carry of interface Iu is involved CN, and, hence. This type of transfer of service is known as carry of a subsystem of a serving network of a radio communication (SRNS) and is used for switching SRNC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 During rigid transfer of service carry of connection Iu is carried out configuration\lang1049\f2  \lang1033\f0 the physical channel, and also.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Being based on given reports on measurement, SRNC decides, that connection should be transferred to other cell under management of another RNS. Then carry of connection Iu to another RNS with use CN is started. The new physical channel is carried out, and UE carries out configuration\lang1049\f2  \lang1033\f0 the physical channel, old connection Iu and radio a part are released.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.2.2 Rigid transfer of service between RAT\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 It is transfer of service between different types of networks of radio of access (RAN). In domain CS it means transition from GSM in UMTS and from UMTS in GSM, and in domain PS - from GPRS in UMTS and from UMTS in GPRS. In case of domain PS it refers to choise\lang1049\f2  \lang1033\f0 cells, instead of transfer of service.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.2.2.1 Transfer of service from UMTS in GSM\cf1\lang1049\b0\f1\fs20\par
\pard\qc\cf0\lang1033\f0\fs24 UTRAN is the initiator of transfer of service from UMTS in GSM, being based on given reports on the measurement, received from UE.\cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\tx720\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SRNC sends message RELOCATION REQUIRED (inquiry about carry) in MSC \cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 MSC interpellates on transfer of service HANDOVER REQUEST in BSS GSM. \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 BSS GSM in the answer sends message HANDOVER REQUEST ACKNOWLEDGE (confirmation of inquiry about transfer of service) if there are resources \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 MSC sends message RELOCATION COMMAND (a command of carry) in SRNC which informs UE on transfer of service in GSM \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 BSS GSM sends message HANDOVER DETECT (detection of transfer of service) after UE represents access on transfer of service \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 When UE informs, that transfer of service is completed, BSS GSM sends message HANDOVER COMPLETE (transfer of service is completed) in MSC which releases connection Iu \cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\b\f0\fs27 3.4.2.2.2 Carry of a cell from UMTS in GPRS\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\b\f0\fs27 In this case UE is the initiator of carry of a cell:\cf1\lang1049\b0\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\tx720\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 UE receives the information of system on the next cells from UTRAN, adjusts connection with BSS GSM/GPRS and releases resources UTRAN \cf1\lang1049\f1\fs20\par
\pard\fi-360\li720\sb100\sa100\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 Then it carries out ROUTING AREA UPDATE REQUEST (Inquiry about updating of a zone of routing) in SGSN \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SGSN sends SRNS CONTEXT REQUEST (inquiry of context SRNS) to receive the information on packages, including serial numbers for synchronization from SRNC \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SRNC responds message SRNS CONTEXT RESPONSE (the response to inquiry of a context), containing the corresponding information \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 The mode of maintenance of privacy is adjusted in network GSM/GPRS, and SGSN asks SRNC to transfer all buffered commands SRNS FORWARD DATA COMMAND given with the help (a command\{team\} of data transmission SRNS) \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SRNC directs the data and releases connection Iu \cf1\lang1049\f1\fs20\par
\cf0\lang1033\f3\u65463? \tab\f4\fs24  \f0 SGSN finishes procedure of carry of a cell by message transfer ROUTING AREA UPDATE ACCEPT (updating of a zone of routing is accepted) and COMPLETE (end) \cf1\lang1049\f1\fs20\par
\pard\sb100\sa100\cf0\lang1033\b\f0\fs27 3.4.3 The control of a level of capacity of a signal\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In UMTS all UE transfer signals in the same frequency range. In FDD the equipment of the user even accepts in the same frequency range. To exclude an opportunity of shielding (masking) removed UE a signal close located UE, the target signal from everyone UE copes so that capacity of an accepted signal on Unit B was a constant from\lang1049\f2  \lang1033\f0 all UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 Further the description of procedure of the control of a level of capacity for FDD is resulted:\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 As all UE will create the certain level of the handicapes, only to certain number UE time is authorized to be active in one and too to guarantee maintenance of the allowable relation a signal / handicap (SIR.) SIR frequently name the relation to a bearing / handicap (C/I). To maximize quantity UE in a network, it is necessary to supervise size SIR of each connection and even lower level of capacity of a target signal as soon as new UE are entered in a network. Unit B notifies all UE in the zone on the required size SIR, transferring this parameter as a part of the broadcasting information of a cell.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.3.1 The control of a level of capacity of an open loop\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 Before to begin transfer of a package of access, UE should calculate the required size of capacity of a target signal (Pout). This size can be defined from size of attenuation of a path between Unit B and UE and required value SIR for Unit B. Unit B broadcasts the information on the Pout and SIR. Attenuation of a path can be calculated, comparing a level of capacity of an accepted signal of a descending stream with Pout Unit B.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.3.2 The control of a level of capacity over an external loop\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The control of a level of capacity over an external loop is used for regulation of the target value SIR used by procedure of the control of a level of capacity on an internal loop is independent for each connection, being based on requirements QoS for connection.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.4.3.2 The control of a level of capacity over an internal loop\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 The control of a level of capacity over an internal loop is used for dynamic adjustment of a level of capacity of a target signal of the active channel to provide size SIR of an accepted signal for set receiver SIR. Unit B and UE measure a level of capacity of an accepted signal and the general size of handicapes in an accepted signal. Being based on these data, are sent commands of management of capacity of a transmitted signal (TPC) upwards and downwards on a line (in an ascending and descending stream) 1500 times a second to calculate handicapes of the near - distant end, and also stop\lang1049\f2  \lang1033\f0 a multi-path (multi-path fading).\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.5 An example of service CS: an entering telephone call for mobile station (MT)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In an example shown in figure 3.29, UE it is included, carries out procedure of attachment IMSI and enters into condition MM-IDLE. UE accepts an entering call and responds to paging by installation of connection of signal system CS with MSC.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE transfers inquiry about service CS in MSC which begins procedures outintification\lang1049\f2  \lang1033\f0 and maintenance of privacy before distribution RAB.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 After transaction (dialogue) RAB and connection of signal system CS is released.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\b\f0\fs27 3.6 An example of service PS: connection of data transmission MT (interactive)\cf1\lang1049\b0\f1\fs20\par
\cf0\lang1033\f0\fs24 In example PS the equipment of the user carries out attachment IMSI PS and enters into condition PMM-IDLE. SGSN accepts descending PDU and sends paging on existing connection RRC, as paging such as II from UTRAN to UE.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 UE carries out updating a cell, realizes new connection of signal system PS with SGSN, transfers inquiry about service with activization of context PDP and distribution RAB and accepts the sanction to activization of context PDP. After end of data transmission service is released by deactivisation\lang1049\f2  \lang1033\f0 context PDP and clearing RAB.\cf1\lang1049\f1\fs20\par
\cf0\lang1033\f0\fs24 In end UE carries out striking off PS by clearing connection of signal system PS.\cf1\lang1049\f1\fs20\par
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\pard\sb100\sa100\'c2 \'fd\'f2\'ee\'e9 \'e3\'eb\'e0\'e2\'e5 \'e4\'e0\'ed \'ee\'e1\'e7\'ee\'f0 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'e1\'e0\'e7\'ee\'e2\'ee\'e3\'ee \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'e8 \'ec\'e5\'e6\'f1\'e5\'f2\'e5\'e2\'ee\'e3\'ee \'e2\'e7\'e0\'e8\'ec\'ee\'e4\'e5\'e9\'f1\'f2\'e2\'e8\'ff \'f3\'e7\'eb\'ee\'e2.\par
\'c2 \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e5 \'f0\'e0\'e1\'ee\'f2\'fb UE, UTRAN \'e8 CN \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'fe\'f2 \'ec\'ed\'ee\'e6\'e5\'f1\'f2\'e2\'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9. \'ca\'e0\'e6\'e4\'ee\'e5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 \'f5\'e0\'f0\'e0\'ea\'f2\'e5\'f0\'e8\'e7\'f3\'e5\'f2\'f1\'ff \'f3\'f0\'ee\'e2\'ed\'e5\'ec \'e0\'ea\'f2\'e8\'e2\'ed\'ee\'f1\'f2\'e8, \'e0, \'f1\'eb\'e5\'e4\'ee\'e2\'e0\'f2\'e5\'eb\'fc\'ed\'ee, \'e8 \'f2\'f0\'e5\'e1\'ee\'e2\'e0\'ed\'e8\'ff\'ec\'e8 \'ea \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec. \'c2 UMTS \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'f2\'f0\'e5\'e1\'ee\'e2\'e0\'ed\'e8\'e9 \'ea \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec \'ee\'e1\'e5\'f1\'ef\'e5\'f7\'e8\'e2\'e0\'e5\'f2\'f1\'ff \'e4\'e8\'ed\'e0\'ec\'e8\'f7\'e5\'f1\'ea\'e8\'ec \'f0\'e0\'f1\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec \'f0\'e5\'f1\'f3\'f0\'f1\'ee\'e2. \'dd\'f2\'ee \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'e5\'f2 \'eb\'f3\'f7\'f8\'e5 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'fc \'f0\'e5\'f1\'f3\'f0\'f1\'fb, \'f3\'ec\'e5\'ed\'fc\'f8\'e0\'ff \'e2\'e7\'e0\'e8\'ec\'ed\'fb\'e5 \'e2\'eb\'e8\'ff\'ed\'e8\'ff \'e8 \'f3\'e2\'e5\'eb\'e8\'f7\'e8\'e2\'e0\'ff \'f1\'f0\'ee\'ea \'f1\'eb\'f3\'e6\'e1\'fb \'e1\'e0\'f2\'e0\'f0\'e5\'e9 \'e2 \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'ec \'f2\'e5\'eb\'e5\'f4\'ee\'ed\'e5. \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f2\'e0\'ea\'e6\'e5 \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'fe\'f2 \'ef\'ee\'e2\'e5\'e4\'e5\'ed\'e8\'e5 CN \'e2 \'ee\'f2\'ed\'ee\'f8\'e5\'ed\'e8\'e8 UE, \'ed\'e0\'ef\'f0\'e8\'ec\'e5\'f0, \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'e5 \'e8\'eb\'e8 \'ee\'f2\'ea\'eb\'ee\'ed\'e5\'ed\'e8\'e5 \'e2\'f5\'ee\'e4\'ff\'f9\'e5\'e3\'ee \'e2\'fb\'e7\'ee\'e2\'e0 \'e2 \'f1\'eb\'f3\'f7\'e0\'e5, \'e5\'f1\'eb\'e8 UE \'e2\'fb\'ea\'eb\'fe\'f7\'e5\'ed\'ee, \'ed\'e5 \'e7\'e0\'ed\'ff\'f2\'ee \'e8\'eb\'e8 \'f3\'e6\'e5 \'e0\'ea\'f2\'e8\'e2\'ed\'ee.\par
\'cd\'e0\'e1\'ee\'f0 \'fd\'eb\'e5\'ec\'e5\'ed\'f2\'e0\'f0\'ed\'fb\'f5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0 \'f3\'ef\'f0\'e0\'e2\'eb\'ff\'e5\'f2 \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'ff\'ec\'e8 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'e8 \'f0\'e0\'f1\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec \'f0\'e5\'f1\'f3\'f0\'f1\'ee\'e2 \'ef\'f0\'e8 \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee\'f1\'f2\'e8. \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'f1\'f2\'fc\'fe (MM) \'e8 \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f0\'e0\'e4\'e8\'ee \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec\'e8 (RRM), \'f2\'e0\'ea\'e8\'e5 \'ea\'e0\'ea \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff, \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'fe\'f2 UE \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'f2\'fc\'f1\'ff \'e2\'ed\'f3\'f2\'f0\'e8 \'f1\'e5\'f2\'e8 \'e1\'e5\'e7 \'f0\'e0\'e7\'f0\'fb\'e2\'ee\'e2 \'f1\'e2\'ff\'e7\'e8.\par
\'ce\'e4\'ed\'ee\'e9 \'e8\'e7 \'f5\'e0\'f0\'e0\'ea\'f2\'e5\'f0\'e8\'f1\'f2\'e8\'ea UMTS \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'f2\'ee, \'f7\'f2\'ee \'fd\'eb\'e5\'ec\'e5\'ed\'f2\'e0\'f0\'ed\'fb\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ec\'ee\'e6\'ed\'ee \'ee\'e1\'fa\'e5\'e4\'e8\'ed\'ff\'f2\'fc \'f0\'e0\'e7\'ed\'fb\'ec\'e8 \'f1\'ef\'ee\'f1\'ee\'e1\'e0\'ec\'e8 \'f1 \'f6\'e5\'eb\'fc\'fe \'ef\'f0\'e5\'e4\'ee\'f1\'f2\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3\'e8. \'d2\'e5\'f5\'ed\'e8\'f7\'e5\'f1\'ea\'e8\'e5 \'ef\'e0\'f0\'e0\'ec\'e5\'f2\'f0\'fb \'f2\'e0\'ea\'e6\'e5 \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'fe\'f2 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'f2\'fc \'ee\'e4\'ed\'ee \'e8 \'f2\'ee\'e6\'e5 \'ed\'e5\'f1\'ea\'ee\'eb\'fc\'ea\'e8\'ec\'e8 \'f1\'ef\'ee\'f1\'ee\'e1\'e0\'ec\'e8. \'cf\'ee\'ec\'e8\'ec\'ee \'ee\'ef\'e8\'f1\'e0\'ed\'e8\'ff \'fd\'eb\'e5\'ec\'e5\'ed\'f2\'e0\'f0\'ed\'fb\'f5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0 MM \'e8 RRM \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'fe\'f2\'f1\'ff \'ef\'f0\'e8\'ec\'e5\'f0\'fb, \'e2 \'ea\'ee\'f2\'ee\'f0\'fb\'f5 \'ee\'e1\'fa\'ff\'f1\'ed\'ff\'fe\'f2\'f1\'ff \'ee\'e1\'f9\'e8\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'e4\'eb\'ff \'ec\'ed\'ee\'e6\'e5\'f1\'f2\'e2\'e0 \'f3\'f1\'eb\'f3\'e3. \'cf\'f0\'e8 \'f0\'e0\'f1\'f1\'ec\'ee\'f2\'f0\'e5\'ed\'e8\'e8 \'f4\'f3\'ed\'ea\'f6\'e8\'ee\'ed\'e0\'eb\'fc\'ed\'fb\'f5 \'e2\'ee\'e7\'ec\'ee\'e6\'ed\'ee\'f1\'f2\'e5\'e9 \'e2\'fb\'e1\'f0\'e0\'ed \'e4\'e5\'f2\'e0\'eb\'fc\'ed\'fb\'e9 \'f3\'f0\'ee\'e2\'e5\'ed\'fc \'ef\'f0\'e5\'e4\'f1\'f2\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'e8.\par
\pard\s3\sb100\sa100\b\fs27 3.1 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'ff \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff (UE) \'e8 \'f1\'e5\'f2\'e8\par
\pard\sb100\sa100\b0\fs24\'cf\'f0\'e8 \'e2\'ea\'eb\'fe\'f7\'e5\'ed\'e8\'e8 \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff (UE) UMTS \'e2\'e2\'ee\'e4\'e8\'f2\'f1\'ff \'e2 \'f0\'e5\'e6\'e8\'ec IDLE (\'ed\'e5\'e7\'e0\'ed\'ff\'f2\'fb\'e9). \'c7\'e0\'ef\'f3\'f1\'ea\'e0\'e5\'f2\'f1\'ff \'ec\'e5\'f5\'e0\'ed\'e8\'e7\'ec \'ef\'ee\'e8\'f1\'ea\'e0 \'ff\'f7\'e5\'e9\'ea\'e8, \'ee\'f2\'f1\'eb\'e5\'e6\'e8\'e2\'e0\'fe\'f9\'e8\'e9 \'e4\'e8\'e0\'ef\'e0\'e7\'ee\'ed \'f7\'e0\'f1\'f2\'ee\'f2 UMTS \'e4\'eb\'ff \'ff\'f7\'e5\'e9\'ea\'e8 \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'f8\'e8\'f0\'ee\'ea\'ee\'e2\'e5\'f9\'e0\'f2\'e5\'eb\'fc\'ed\'ee\'e9 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'e5\'e9, \'f1\'ee\'ee\'f2\'e2\'e5\'f2\'f1\'f2\'e2\'f3\'fe\'f9\'e5\'e9 \'ef\'e5\'f0\'e5\'f7\'ed\'fe \'e4\'ee\'ef\'f3\'f1\'f2\'e8\'ec\'fb\'f5 PLMN. \'ca\'ee\'e3\'e4\'e0 \'ef\'ee\'e4\'f5\'ee\'e4\'ff\'f9\'e0\'ff \'ff\'f7\'e5\'e9\'ea\'e0 \'ed\'e0\'e9\'e4\'e5\'ed\'e0, UE \'f0\'e0\'e7\'ec\'e5\'f9\'e0\'e5\'f2\'f1\'ff \'e2 \'fd\'f2\'ee\'e9 \'ff\'f7\'e5\'e9\'ea\'e5 \'e8 \'e7\'e0\'ef\'f0\'e0\'f8\'e8\'e2\'e0\'e5\'f2 \'ef\'e5\'f0\'e2\'ee\'ed\'e0\'f7\'e0\'eb\'fc\'ed\'fb\'e9 \'e4\'ee\'f1\'f2\'f3\'ef \'ea UTRAN, \'f7\'f2\'ee\'e1\'fb \'ef\'f0\'e8\'e2\'ff\'e7\'e0\'f2\'fc\'f1\'ff \'ea \'f1\'e5\'f2\'e8 \'e8 \'e2\'ee\'e9\'f2\'e8 \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 CONNECTED (\'ef\'ee\'e4\'ea\'eb\'fe\'f7\'e5\'ed). \'cf\'ee\'f1\'eb\'e5 \'ef\'f0\'e8\'e2\'ff\'e7\'ea\'e8 UE \'f1\'f2\'e0\'ed\'ee\'e2\'e8\'f2\'f1\'ff \'e8\'e7\'e2\'e5\'f1\'f2\'ed\'fb\'ec/\'e7\'e0\'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'fb\'ec \'e2 \'f1\'e5\'f2\'e8 \'e8 \'ec\'ee\'e6\'e5\'f2 \'ef\'ee\'eb\'f3\'f7\'e8\'f2\'fc \'e4\'ee\'f1\'f2\'f3\'ef \'ea \'ef\'f0\'e5\'e4\'eb\'e0\'e3\'e0\'e5\'ec\'fb\'ec \'f3\'f1\'eb\'f3\'e3\'e0\'ec. \'dd\'f2\'ee\'f2 \'f0\'e5\'e6\'e8\'ec \'f0\'e0\'e1\'ee\'f2\'fb \'f2\'e0\'ea\'e6\'e5 \'ed\'e0\'e7\'fb\'e2\'e0\'e5\'f2\'f1\'ff Camping on UTRAN Cell (\'f0\'e0\'e7\'ec\'e5\'f9\'e5\'ed\'e8\'e5 \'e2 \'ff\'f7\'e5\'e9\'ea\'e5 UTRAN).\par
\'cc\'ed\'ee\'e3\'ee\'f0\'e5\'e6\'e8\'ec\'ed\'fb\'e5 UE \'ef\'ee\'ec\'e8\'ec\'ee \'f1\'e5\'f2\'e8 UMTS \'f1\'ef\'ee\'f1\'ee\'e1\'ed\'fb \'f0\'e0\'e1\'ee\'f2\'e0\'f2\'fc \'e2 \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'fe\'f9\'e8\'f5 \'f1\'e5\'f2\'ff\'f5 GSM/ GPRS. \'ca\'ee\'e3\'e4\'e0 \'f1\'e5\'f2\'fc UMTS \'ed\'e5 \'e4\'ee\'f1\'f2\'f3\'ef\'ed\'e0, UE \'ec\'ee\'e6\'e5\'f2 \'f0\'e0\'e1\'ee\'f2\'e0\'f2\'fc \'e2 \'ff\'f7\'e5\'e9\'ea\'e5 GSM/GPRS. \'dd\'f2\'ee\'f2 \'f0\'e5\'e6\'e8\'ec \'f0\'e0\'e1\'ee\'f2\'fb \'f2\'e0\'ea\'e6\'e5 \'ed\'e0\'e7\'fb\'e2\'e0\'e5\'f2\'f1\'ff Camping on GSM/GPRS Cell (\'f0\'e0\'e7\'ec\'e5\'f9\'e5\'ed\'e8\'e5 \'e2 \'ff\'f7\'e5\'e9\'ea\'e5 GSM/GPRS).\par
UE \'ec\'ee\'e6\'e5\'f2 \'f2\'e0\'ea\'e6\'e5 \'f3\'f7\'e0\'f1\'f2\'e2\'ee\'e2\'e0\'f2\'fc \'e2 \'ec\'e5\'e6\'f1\'e8\'f1\'f2\'e5\'ec\'ed\'fb\'f5 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0\'f5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff\'f5 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff (LU).\par
\'ca\'ee\'e3\'e4\'e0 UE \'f0\'e0\'e7\'ec\'e5\'f9\'e0\'e5\'f2\'f1\'ff \'e2 \'ff\'f7\'e5\'e9\'ea\'e5 UTRAN, \'ef\'f0\'e8\'ec\'e5\'ed\'ff\'fe\'f2\'f1\'ff \'f1\'eb\'e5\'e4\'f3\'fe\'f9\'e8\'e5 \'ee\'ef\'e8\'f1\'e0\'ed\'e8\'ff \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9.\par
\pard\s3\sb100\sa100\b\fs27 3.1.1 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'f1\'f2\'fc\'fe (MM) \'e2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ea\'e0\'ed\'e0\'eb\'ee\'e2 (CS)\par
\pard\sb100\sa100\b0\fs24\'c2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ea\'e0\'ed\'e0\'eb\'ee\'e2 UE \'e8 CN \'f0\'e0\'e1\'ee\'f2\'e0\'fe\'f2 \'e2 \'f2\'f0\'e5\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff\'f5, \'ef\'ee\'ea\'e0\'e7\'e0\'ed\'ed\'fb\'f5 \'ed\'e8\'e6\'e5, \'ef\'ee\'e4\'ee\'e1\'ed\'fb\'f5 \'ef\'ee\'e2\'e5\'e4\'e5\'ed\'e8\'fe \'e2 GSM.\par
\'ca\'ee\'e3\'e4\'e0 UE \'e2\'ea\'eb\'fe\'f7\'e0\'e5\'f2\'f1\'ff \'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 IMSI (IMSI Attach), \'ee\'ed\'ee \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'e8\'f2 \'e8\'e7 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff MM-DETACHED \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 MM-CONNECTED, \'e0 \'e7\'e0\'f2\'e5\'ec \'ef\'ee\'f1\'eb\'e5 \'f3\'f1\'ef\'e5\'f8\'ed\'ee\'e3\'ee \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e0 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff IMSI - \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 MM-IDLE. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 MM-IDLE \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 CN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe LA (\'e7\'ee\'ed\'e0 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff), \'ed\'ee \'ed\'e5 \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UTRAN.\par
\'ca\'ee\'e3\'e4\'e0 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'e2\'fb\'e7\'ee\'e2 \'e8\'eb\'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff, UE \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'e8\'f2 \'ee\'e1\'f0\'e0\'f2\'ed\'ee \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 MM-CONNECTED \'e4\'ee \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e0 \'f3\'f1\'f2\'e0\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff/\'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8.\par
\'ca\'ee\'e3\'e4\'e0 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ef\'f0\'ee\'f6\'e5\'f1\'f1 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff IMSI (IMSI Detach), \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 \'e8\'e7\'ec\'e5\'ed\'ff\'e5\'f2\'f1\'ff \'ed\'e0 MM-DETACHED. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 MM-CONNECTED \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UTRAN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe ID (\'e8\'e4\'e5\'ed\'f2\'e8\'f4\'e8\'ea\'e0\'f2\'ee\'f0\'e0) \'ff\'f7\'e5\'e9\'ea\'e8 \'e8 \'e2 CN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe ID \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu.\par
\pard\s3\sb100\sa100\b\fs27 3.1.2 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'f1\'f2\'fc\'fe \'e2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ef\'e0\'ea\'e5\'f2\'ee\'e2 (PMM)\par
\pard\sb100\sa100\b0\fs24\'c2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ef\'e0\'ea\'e5\'f2\'ee\'e2 UE \'e8 CN \'f0\'e0\'e1\'ee\'f2\'e0\'fe\'f2 \'e2 \'f2\'f0\'e5\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff\'f5, \'ef\'ee\'ea\'e0\'e7\'e0\'ed\'ed\'fb\'f5 \'ed\'e8\'e6\'e5.\par
\'ca\'ee\'e3\'e4\'e0 UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 GPRS, \'ee\'ed\'ee \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'e8\'f2 \'e8\'e7 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff PMM-DETACHED \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM-CONNECTED, \'e0 \'e7\'e0\'f2\'e5\'ec \'ef\'ee\'f1\'eb\'e5 \'f3\'f1\'ef\'e5\'f8\'ed\'ee\'e3\'ee \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff GPRS \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff \'f1\'ee\'e5\'e4\'e����������������������������������������������������������������������������������������������������������������������������������8\'ed\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 - \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM-IDLE. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 PMM-IDLE \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 CN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe RA (\'e7\'ee\'ed\'e0 \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8), \'ed\'ee \'ed\'e5 \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UTRAN.\par
\'ca\'ee\'e3\'e4\'e0 \'e7\'e0\'ef\'f0\'e0\'f8\'e8\'e2\'e0\'e5\'f2\'f1\'ff \'ed\'ee\'e2\'e0\'ff \'f3\'f1\'eb\'f3\'e3\'e0 \'e8\'eb\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 (RAU), UE \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'e8\'f2 \'ee\'e1\'f0\'e0\'f2\'ed\'ee \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM-CONNECTED \'e4\'ee \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ef\'f0\'e5\'e4\'ee\'f1\'f2\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3\'e8/\'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 PMM-CONNECTED \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UTRAN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe ID \'ff\'f7\'e5\'e9\'ea\'e8 \'e8 \'e2 CN \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe ID \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu.\par
\'ca\'ee\'e3\'e4\'e0 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ef\'f0\'ee\'f6\'e5\'f1\'f1 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff PS, \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 \'e8\'e7\'ec\'e5\'ed\'ff\'e5\'f2\'f1\'ff \'ed\'e0 PMM-DETACHED.\par
\pard\s3\sb100\sa100\b\fs27 3.1.3 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3 \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'f0\'e0\'e4\'e8\'ee \'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec\'e8 (RRC)\par
\pard\sb100\sa100\b0\fs24\'c2 \'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee\'f1\'f2\'e8 \'ee\'f2 \'f2\'e8\'ef\'e0 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'e8 \'f1\'ea\'ee\'f0\'ee\'f1\'f2\'e8 \'f0\'e0\'f1\'ef\'f0\'ee\'f1\'f2\'f0\'e0\'ed\'e5\'ed\'e8\'ff UE \'ec\'ee\'e6\'e5\'f2 \'e1\'fb\'f2\'fc \'e2 \'ee\'e4\'ed\'ee\'ec \'e8\'e7 \'ed\'e5\'f1\'ea\'ee\'eb\'fc\'ea\'e8\'f5 \'f0\'e0\'e7\'eb\'e8\'f7\'ed\'fb\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9. \'dd\'f2\'ee \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'e5\'f2\'f1\'ff \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff\'ec\'e8 RRC, \'f3\'ef\'f0\'e0\'e2\'eb\'ff\'e5\'ec\'fb\'ec\'e8 \'e8\'e7 RNC. \'c2 \'f0\'e5\'e6\'e8\'ec\'e5 Idle (\'ed\'e5\'e7\'e0\'ed\'ff\'f2\'fb\'e9) UE \'ed\'e5 \'e8\'ec\'e5\'e5\'f2 \'e0\'ea\'f2\'e8\'e2\'ed\'fb\'f5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e9. \'c2 \'f0\'e5\'e6\'e8\'ec\'e5 Connected (\'ef\'ee\'e4\'ea\'eb\'fe\'f7\'e5\'ed\'ed\'fb\'e9) UE \'ec\'ee\'e6\'e5\'f2 \'e1\'fb\'f2\'fc \'e2 \'ee\'e4\'ed\'ee\'ec \'e8\'e7 \'f7\'e5\'f2\'fb\'f0\'e5\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 RRC:\par
\pard\fi-360\li720\sb100\sa100\tx720\f1\fs20\'b7\tab\f0\fs24\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 Cell_FACH (\'ea\'e0\'ed\'e0\'eb \'ef\'f0\'ff\'ec\'ee\'e3\'ee \'e4\'ee\'f1\'f2\'f3\'ef\'e0) \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'ee\'f0\'e3\'e0\'ed\'e8\'e7\'e0\'f6\'e8\'e8 \'f1\'e2\'ff\'e7\'e8 \'ef\'ee \'ee\'e1\'f9\'e8\'ec \'ea\'e0\'ed\'e0\'eb\'e0\'ec \'f1 \'ee\'e3\'f0\'e0\'ed\'e8\'f7\'e5\'ed\'ed\'ee\'e9 \'ef\'ee\'eb\'ee\'f1\'ee\'e9 \'ef\'f0\'ee\'ef\'f3\'f1\'ea\'e0\'ed\'e8\'ff, \'ed\'e0\'ef\'f0\'e8\'ec\'e5\'f0, \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 IMSI \'e8\'eb\'e8 LU \par
\pard\fi-360\li720\sb100\sa100\f1\fs20\'b7\tab\f0\fs24\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 Cell_DCH (\'e2\'fb\'e4\'e5\'eb\'e5\'ed\'ed\'fb\'e9 \'ea\'e0\'ed\'e0\'eb) \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'ee\'f0\'e3\'e0\'ed\'e8\'e7\'e0\'f6\'e8\'e8 \'f1\'e2\'ff\'e7\'e8 \'ef\'ee \'e7\'e0\'f0\'e5\'e7\'e5\'f0\'e2\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'fb\'ec \'e2\'fb\'e4\'e5\'eb\'e5\'ed\'ed\'fb\'ec \'ea\'e0\'ed\'e0\'eb\'e0\'ec, \'ef\'ee\'e4\'ee\'e1\'ed\'fb\'ec \'f2\'e5\'eb\'e5\'f4\'ee\'ed\'ed\'ee\'ec\'f3 \'ea\'e0\'ed\'e0\'eb\'f3 \'e8 \'ea\'e0\'ed\'e0\'eb\'f3 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5. \'c2 \'fd\'f2\'ee\'ec \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 UTRAN \'e1\'f3\'e4\'e5\'f2 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'f2\'fc \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e4\'eb\'ff QoS CS \'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8 \'e4\'eb\'ff QoS PS. \par
\f1\fs20\'b7\tab\f0\fs24\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff Cell_PCH (\'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'ee\'e2\'fb\'e9 \'ea\'e0\'ed\'e0\'eb) \'e8 URA_PCH \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'fe\'f2\'f1\'ff, \'ea\'ee\'e3\'e4\'e0 \'ed\'e5\'f2 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5. \'ce\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'f2\'ee\'eb\'fc\'ea\'ee \'ef\'f0\'ee\'f1\'eb\'f3\'f8\'e8\'e2\'e0\'e5\'f2 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'ee\'e2\'fb\'e9 \'ea\'e0\'ed\'e0\'eb, \'f2\'e0\'ea\'e8\'ec \'ee\'e1\'f0\'e0\'e7\'ee\'ec, \'ec\'e8\'ed\'e8\'ec\'e8\'e7\'e8\'f0\'f3\'ff \'ed\'e0\'e3\'f0\'f3\'e7\'ea\'f3 \'e1\'e0\'f2\'e0\'f0\'e5\'e8. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 Cell_PCH \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e5\'ea, \'f2\'ee\'e3\'e4\'e0 \'ea\'e0\'ea \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 URA_PCH \'ee\'ed\'ee \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ec\'e5\'ed\'e5\'e5 \'f7\'e0\'f1\'f2\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'e8 \'e2 UTRAN (URA). \'ce\'ef\'e8\'f1\'e0\'ed\'e8\'e5 \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'ff \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e9 \'e4\'e0\'e5\'f2\'f1\'ff \'e2 \'f0\'e0\'e7\'e4\'e5\'eb\'e5 3.3.3. \'cf\'f0\'e5\'e8\'ec\'f3\'f9\'e5\'f1\'f2\'e2\'ee \'ef\'ee\'f1\'eb\'e5\'e4\'ed\'e5\'e3\'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f1\'ee\'f1\'f2\'ee\'e8\'f2 \'e2 \'ef\'ee\'e2\'fb\'f8\'e5\'ed\'e8\'e8 \'f1\'ee\'f5\'f0\'e0\'ed\'ed\'ee\'f1\'f2\'e8 \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8, \'e0 \'ed\'e5\'e4\'ee\'f1\'f2\'e0\'f2\'ee\'ea - \'e2 \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee\'f1\'f2\'e8 \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e0 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'e0. \'cd\'e0\'ef\'f0\'e8\'ec\'e5\'f0, \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 URA_PCH \'ef\'f0\'e5\'e4\'ef\'ee\'f7\'f2\'e8\'f2\'e5\'eb\'fc\'ed\'e5\'e5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff Cell_PCH, \'ea\'ee\'e3\'e4\'e0 UE \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'e5\'f2\'f1\'ff \'f1 \'e1\'ee\'eb\'fc\'f8\'ee\'e9 \'f1\'ea\'ee\'f0\'ee\'f1\'f2\'fc\'fe, \'f7\'f2\'ee\'e1\'fb \'ec\'e8\'ed\'e8\'ec\'e8\'e7\'e8\'f0\'ee\'e2\'e0\'f2\'fc \'f7\'e0\'f1\'f2\'ee\'f2\'f3 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff. \par
\pard\s3\sb100\sa100\b\fs27 3.1.4 \'ce\'e1\'e7\'ee\'f0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 UE\par
\pard\sb100\sa100\b0\fs24\'cd\'e8\'e6\'e5 \'ef\'f0\'e8\'e2\'e5\'e4\'e5\'ed \'ef\'e5\'f0\'e5\'f7\'e5\'ed\'fc \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 UE \'e8 RRC. \'cc\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e5 UE \'e1\'f3\'e4\'e5\'f2 \'e8\'e7\'e2\'e5\'f1\'f2\'ed\'ee \'f1\'e5\'f2\'e8 \'ef\'ee \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'fe \'f0\'e0\'e7\'f0\'e5\'f8\'e5\'ed\'e8\'ff. \'c2 \'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee\'f1\'f2\'e8 \'ee\'f2 \'f4\'e0\'ea\'f2\'e8\'f7\'e5\'f1\'ea\'ee\'e3\'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff UE \'ee\'ed\'ee \'e1\'f3\'e4\'e5\'f2 \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'ee\'e2\'e0\'f2\'fc\'f1\'ff \'e2 \'f0\'e0\'e7\'ed\'fb\'f5 \'e1\'e0\'e7\'e0\'f5 \'e4\'e0\'ed\'ed\'fb\'f5 \'e8 \'f1 \'f0\'e0\'e7\'ed\'ee\'e9 \'f2\'ee\'f7\'ed\'ee\'f1\'f2\'fc\'fe. \'ce\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 \'e8 \'f2\'e8\'ef\'e5 \'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e3\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff, \'eb\'e8\'e1\'ee UE, \'eb\'e8\'e1\'ee UTRAN \'e1\'f3\'e4\'e5\'f2 \'e2\'fb\'e1\'e8\'f0\'e0\'f2\'fc, \'e2 \'ea\'e0\'ea\'ee\'e9 \'ff\'f7\'e5\'e9\'ea\'e5 \'f0\'e0\'e7\'ec\'e5\'f1\'f2\'e8\'f2\'fc\'f1\'ff. \'ce\'ef\'e8\'f1\'e0\'ed\'e8\'e5 \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'ff \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e9 \'ef\'f0\'e8\'e2\'e5\'e4\'e5\'ed\'ee \'e2 \'f0\'e0\'e7\'e4\'e5\'eb\'e5 3.3.3.\par
\pard\s3\sb100\sa100\b\fs27\'ce\'e1\'e7\'ee\'f0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 UE\par
\pard\brdrt\brdrdash\brdrw20 \tx1563\tx2821\tx3834\tx5526\tx7035\tx9370\b0\fs24\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 UE\tab\'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 RRC\tab UE \'e8\'e7\'e2\'e5\'f1\'f2\'ed\'ee \'e2\tab UE \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2\tab\'d2\'ee\'f7\'ed\'ee\'f1\'f2\'fc \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'e8 UE\tab\'df\'f7\'e5\'e9\'ea\'e0 \'e2\'fb\'e1\'e8\'f0\'e0\'e5\'f2\'f1\'ff \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe\fs20\par
\fs24 PMM-DETACHED\tab  \tab -\tab HLR\tab IMSI, \'ef\'ee\'f1\'eb\'e5\'e4\'ed\'ff\'ff LA/RA\tab -\fs20\par
\fs24 PMM-IDLE\tab  \tab LA/RA\tab CN\tab LA/RA\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 LA/RA\fs20\par
\fs24 PMM-CONNECTED\tab Cell_FACH\tab\'df\'f7\'e5\'e9\'ea\'e5\tab CN, UTRAN\tab URA \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8\fs20\par
\fs24  \tab Cell_DCH\tab\'df\'f7\'e5\'e9\'ea\'e5\tab CN, UTRAN\tab\'df\'f7\'e5\'e9\'ea\'e0 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8 (PS) \'e8\'eb\'e8 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff UTRAN (CS)\fs20\par
\fs24  \tab Cell_PCH\tab\'df\'f7\'e5\'e9\'ea\'e5\tab CN, UTRAN\tab URA \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8\fs20\par
\fs24  \tab URA_PCH\tab URA\tab UTRAN\tab URA\tab UE, \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 URA\fs20\par
\pard\s3\sb100\sa100\b\fs27 3.1.5 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'ef\'f0\'ee\'f2\'ee\'ea\'ee\'eb\'e0 \'ef\'e0\'ea\'e5\'f2\'ed\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 (PDP)\par
\pard\sb100\sa100\b0\fs24\'cf\'ee\'e4\'ef\'e8\'f1\'ea\'e0 PS \'e2\'ea\'eb\'fe\'f7\'e0\'e5\'f2 \'e2 \'f1\'e5\'e1\'ff \'ef\'ee\'e4\'ef\'e8\'f1\'ea\'f3 \'ee\'e4\'ed\'ee\'e3\'ee \'e8\'eb\'e8 \'e1\'ee\'eb\'e5\'e5 \'e0\'e4\'f0\'e5\'f1\'ee\'e2 PDP. \'ca\'e0\'e6\'e4\'fb\'e9 \'e0\'e4\'f0\'e5\'f1 PDP \'ee\'ef\'e8\'f1\'fb\'e2\'e0\'e5\'f2\'f1\'ff \'ee\'e4\'ed\'e8\'ec \'e8\'eb\'e8 \'e1\'ee\'eb\'e5\'e5 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'ee\'e2 PDP \'e2 UE, SGSN \'e8 GGSN. \'ca\'e0\'e6\'e4\'fb\'e9 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'e5\'f2 \'ed\'e5\'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee \'e2 \'ee\'e4\'ed\'ee\'ec \'e8\'e7 \'e4\'e2\'f3\'f5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e9 PDP. \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PDP \'ef\'ee\'ea\'e0\'e7\'fb\'e2\'e0\'e5\'f2, \'f0\'e0\'e7\'f0\'e5\'f8\'e5\'ed \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'e4\'e0\'ed\'ed\'fb\'f5 \'e4\'eb\'ff \'e4\'e0\'ed\'ed\'ee\'e3\'ee \'e0\'e4\'f0\'e5\'f1\'e0 PDP \'e8\'eb\'e8 \'ed\'e5\'f2. \'c2\'f1\'e5 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'fb PDP \'e0\'e1\'ee\'ed\'e5\'ed\'f2\'e0 \'e2\'fb\'f2\'e5\'ea\'e0\'fe\'f2 \'e8\'e7 \'ee\'e4\'ed\'ee\'e3\'ee \'e8 \'f2\'ee\'e3\'ee \'e6\'e5 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff PMM \'e4\'eb\'ff IMSI \'e4\'e0\'ed\'ed\'ee\'e3\'ee \'e0\'e1\'ee\'ed\'e5\'ed\'f2\'e0.\par
\pard\s3\sb100\sa100\b\fs27 3.1.5.1 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 INACTIVE (\'ed\'e5\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5)\par
\pard\sb100\sa100\b0\fs24\'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 INACTIVE \'f3\'f1\'eb\'f3\'e3\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 \'e4\'eb\'ff \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'ed\'ee\'e3\'ee \'e0\'e4\'f0\'e5\'f1\'e0 PDP \'e0\'e1\'ee\'ed\'e5\'ed\'f2\'e0 \'ed\'e5 \'e0\'ea\'f2\'e8\'e2\'ed\'e0. \'ca\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'ed\'e5 \'f1\'ee\'e4\'e5\'f0\'e6\'e8\'f2 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'e8 \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 \'e8\'eb\'e8 \'f0\'e0\'e7\'ec\'e5\'f9\'e5\'ed\'e8\'ff \'e4\'eb\'ff \'ee\'e1\'f0\'e0\'e1\'ee\'f2\'ea\'e8 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 PDP, \'ee\'f2\'ed\'ee\'f1\'ff\'f9\'e8\'f5\'f1\'ff \'ea \'e4\'e0\'ed\'ed\'ee\'ec\'f3 \'e0\'e4\'f0\'e5\'f1\'f3 PDP. \'c4\'e0\'ed\'ed\'fb\'e5 \'ed\'e5 \'ec\'ee\'e3\'f3\'f2 \'ef\'e5\'f0\'e5\'e4\'e0\'e2\'e0\'f2\'fc\'f1\'ff. \'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 INACTIVE \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff UE \'ed\'e5 \'e2\'fb\'e7\'fb\'e2\'e0\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'e4\'eb\'ff \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP, \'e4\'e0\'e6\'e5 \'e5\'f1\'eb\'e8 \'e0\'e1\'ee\'ed\'e5\'ed\'f2\'f3 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'ff\'e5\'f2\'f1\'ff PS.\par
UE \'ec\'e5\'ed\'ff\'e5\'f2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 INACTIVE \'ed\'e0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 ACTIVE, \'ed\'e0\'f7\'e8\'ed\'e0\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'e7\'e0\'ef\'f0\'ee\'f1\'e0 \'f3\'f1\'eb\'f3\'e3\'e8 \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e8 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP.\par
\pard\s3\sb100\sa100\b\fs27 3.1.5.2 \'d1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 ACTIVE (\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5)\par
\pard\sb100\sa100\b0\fs24\'c2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 ACTIVE \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'e4\'eb\'ff \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'ec\'ee\'e3\'ee \'e0\'e4\'f0\'e5\'f1\'e0 PDP \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e8\'f0\'f3\'e5\'f2\'f1\'ff \'e2 UE, SGSN \'e8 GGSN. \'ca\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'f1\'ee\'e4\'e5\'f0\'e6\'e8\'f2 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \'f0\'e0\'e7\'ec\'e5\'f9\'e5\'ed\'e8\'ff \'e8 \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 \'e4\'eb\'ff \'ef\'e5\'f0\'e5\'ed\'ee\'f1\'e0 PDU PDP \'e4\'eb\'ff \'e4\'e0\'ed\'ed\'ee\'e3\'ee \'ea\'ee\'ed\'ea\'f0\'e5\'f2\'ed\'ee\'e3\'ee \'e0\'e4\'f0\'e5\'f1\'e0 PDP \'ec\'e5\'e6\'e4\'f3 UE \'e8 GGSN.\par
\'c0\'ea\'f2\'e8\'e2\'ed\'fb\'e9 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2 PDP \'e4\'eb\'ff UE \'f1\'ec\'e5\'ed\'ff\'e5\'f2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 \'ed\'e0 INACTIVE, \'ed\'e0\'f7\'e8\'ed\'e0\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff \'f3\'f1\'eb\'f3\'e3\'e8 \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'e4\'e5\'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e8 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP. \'c2\'f1\'e5 \'e0\'ea\'f2\'e8\'e2\'ed\'fb\'e5 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'fb PDP \'e4\'eb\'ff UE \'ef\'e5\'f0\'e5\'f5\'ee\'e4\'ff\'f2 \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 INACTIVE, \'ea\'ee\'e3\'e4\'e0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM \'ec\'e5\'ed\'ff\'e5\'f2\'f1\'ff \'ed\'e0 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 IDLE \'e8\'eb\'e8 PMM-DETACHED.\par
\pard\s3\sb100\sa100\b\fs27 3.2 \'dd\'eb\'e5\'ec\'e5\'ed\'f2\'e0\'f0\'ed\'fb\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb\par
\pard\sb100\sa100\b0\fs24\'d0\'e5\'f1\'f3\'f0\'f1\'fb \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'e8 \'f2\'f0\'e0\'ed\'f1\'ef\'ee\'f0\'f2\'ed\'fb\'e5 \'f0\'e5\'f1\'f3\'f0\'f1\'fb \'f3\'f1\'f2\'e0\'ed\'e0\'e2\'eb\'e8\'e2\'e0\'fe\'f2\'f1\'ff \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'fe\'f2\'f1\'ff \'e4\'e8\'ed\'e0\'ec\'e8\'f7\'e5\'f1\'ea\'e8 \'ef\'ee \'e7\'e0\'ef\'f0\'ee\'f1\'f3, \'ee\'f1\'ed\'ee\'e2\'e0\'ed\'ed\'ee\'ec\'f3 \'ed\'e0 \'f2\'f0\'e5\'e1\'f3\'e5\'ec\'ee\'ec \'ea\'e0\'f7\'e5\'f1\'f2\'e2\'e5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff (QoS) \'e4\'eb\'ff \'ee\'ef\'f2\'e8\'ec\'e0\'eb\'fc\'ed\'ee\'e3\'ee \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'ed\'e8\'ff \'f0\'e5\'f1\'f3\'f0\'f1\'ee\'e2. \'c2 UMTS \'f0\'e0\'e7\'ed\'fb\'e5 \'f1\'eb\'f3\'e6\'e1\'fb \'f1 \'f0\'e0\'e7\'ed\'fb\'ec QoS \'e1\'f3\'e4\'f3\'f2 \'f1\'ee\'e2\'ec\'e5\'f1\'f2\'ed\'ee \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'fc \'f0\'e0\'e4\'e8\'ee \'f0\'e5\'f1\'f3\'f0\'f1\'fb. \'cf\'ee\'fd\'f2\'ee\'ec\'f3 \'e2\'f1\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ee\'e1\'fb\'f7\'ed\'ee \'f1\'e2\'ee\'e4\'ff\'f2\'f1\'ff \'ea \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'fe \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'fe, \'ec\'ee\'e4\'e8\'f4\'e8\'ea\'e0\'f6\'e8\'e8 \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'fe RAB.\par
\pard\s3\sb100\sa100\b\fs27 3.2.1 \'cf\'e5\'e9\'e4\'e6\'e8\'ed\'e3\par
\pard\sb100\sa100\b0\fs24\'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'e0 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e1\'e0\'e7\'ee\'e2\'ee\'e9 \'f1\'e5\'f2\'fc\'fe, \'f7\'f2\'ee\'e1\'fb \'f3\'ea\'e0\'e7\'e0\'f2\'fc UE \'ed\'e0 \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee\'f1\'f2\'fc \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8, \'ed\'e0\'ef\'f0\'e8\'ec\'e5\'f0, \'e2\'f5\'ee\'e4\'ff\'f9\'e5\'e3\'ee \'e2\'fb\'e7\'ee\'e2\'e0 \'e8\'eb\'e8 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5.\par
\'c2 UMTS \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'e2\'e0 \'f0\'e0\'e7\'ed\'fb\'f5 \'f2\'e8\'ef\'e0 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'e0 \'e2 \'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee\'f1\'f2\'e8 \'ee\'f2 \'f2\'ee\'e3\'ee, \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'e5\'f2 \'eb\'e8 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'e2 \'f2\'ee\'e9 \'e6\'e5 \'ee\'e1\'eb\'e0\'f1\'f2\'e8 CN \'e8\'eb\'e8 \'ed\'e5\'f2. \'cf\'e5\'e9\'e4\'e6\'e8\'ed\'e3 \'f2\'e8\'ef\'e0 I \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff "\'ee\'e1\'fb\'f7\'ed\'fb\'ec" \'f1\'ef\'ee\'f1\'ee\'e1\'ee\'ec \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'ed\'e8\'ff \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'e0. \'ce\'ed \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff UE \'e2 \'f0\'e5\'e6\'e8\'ec\'e5 IDLE, \'f7\'f2\'ee\'e1\'fb \'f1\'ee\'e7\'e4\'e0\'f2\'fc \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'e4\'eb\'ff \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ed\'ee\'e2\'ee\'e9 \'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8. \'cf\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'ee\'e2\'ee\'e5 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2\'f1\'ff \'e2 \'f2\'e5 LA/RA, \'e3\'e4\'e5 UE \'e2 \'ef\'ee\'f1\'eb\'e5\'e4\'ed\'e8\'e9 \'f0\'e0\'e7 \'ef\'f0\'e5\'e4\'f1\'f2\'e0\'e2\'e8\'eb\'ee \'ee\'f2\'f7\'e5\'f2 \'ee \'f1\'e2\'ee\'e5\'ec \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e8. \'cf\'e5\'e9\'e4\'e6\'e8\'ed\'e3 \'f2\'e8\'ef\'e0 II \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff, \'ea\'ee\'e3\'e4\'e0 UE \'f3\'e6\'e5 \'e8\'ec\'e5\'e5\'f2 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'e2 \'ee\'e4\'ed\'ee\'e9 \'ee\'e1\'eb\'e0\'f1\'f2\'e8 CN \'e8 \'e4\'ee\'eb\'e6\'ed\'ee \'e1\'fb\'f2\'fc \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'ee \'e4\'f0\'f3\'e3\'ee\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'e2 \'f2\'ee\'e9 \'e6\'e5 \'ee\'e1\'eb\'e0\'f1\'f2\'e8 CN. \'cf\'ee\'f1\'ea\'ee\'eb\'fc\'ea\'f3 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3\'ee\'e2\'ee\'e5 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2\'f1\'ff \'e2 \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'fb\'e9 \'f2\'e5\'eb\'e5\'f4\'ee\'ed \'f2\'ee\'eb\'fc\'ea\'ee \'f1 \'e0\'ea\'f2\'e8\'e2\'ed\'fb\'ec \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5\'ec, \'ee\'ed\'ee \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2\'f1\'ff \'ed\'e5\'ef\'ee\'f1\'f0\'e5\'e4\'f1\'f2\'e2\'e5\'ed\'ed\'ee \'e2 \'ee\'e4\'ed\'ee UE.\par
\'ca\'ee\'e3\'e4\'e0 UE \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff IMSI- \'e8 GPRS-\'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'ff\'e5\'ec\'fb\'ec \'ea \'f1\'e5\'f2\'e8, \'f0\'e0\'e1\'ee\'f2\'e0\'fe\'f9\'e5\'e9 \'e2 \'f0\'e5\'e6\'e8\'ec\'e5 I, MSC/VLR \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'fe\'f2 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3 \'e4\'eb\'ff \'f3\'f1\'eb\'f3\'e3 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ea\'e0\'ed\'e0\'eb\'ee\'e2 \'f7\'e5\'f0\'e5\'e7 SGSN.\par
\pard\s3\sb100\sa100\b\fs27 3.2.2 \'c2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8\par
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\'ce\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'e5 RAB \'e4\'eb\'ff \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'ed\'ee\'e9 \'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8 \'ed\'e5 \'ef\'ee\'e2\'eb\'e8\'ff\'e5\'f2 \'ed\'e0 \'e4\'f0\'f3\'e3\'e8\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'e4\'eb\'ff \'e4\'f0\'f3\'e3\'e8\'f5 \'f3\'f1\'eb\'f3\'e3. RAB \'e4\'eb\'ff \'e4\'f0\'f3\'e3\'e8\'f5 \'f3\'f1\'eb\'f3\'e3, \'e0 \'f2\'e0\'ea\'e6\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 \'ee\'f1\'f2\'e0\'ed\'f3\'f2\'f1\'ff \'e1\'e5\'e7 \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'ff.\par
\'c4\'eb\'ff PS \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff \'ef\'ee\'e7\'e2\'ee\'eb\'ff\'e5\'f2 \'f1\'ee\'f5\'f0\'e0\'ed\'e8\'f2\'fc \'e0\'ea\'f2\'e8\'e2\'ed\'fb\'e5 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'fb PDP, \'f1\'e2\'ff\'e7\'e0\'ed\'ed\'fb\'e5 \'f1 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'ed\'fb\'ec\'e8 RAB, \'e1\'e5\'e7 \'ec\'ee\'e4\'e8\'f4\'e8\'ea\'e0\'f6\'e8\'e8 \'e2 CN, \'e0 RAB \'ec\'ee\'e6\'ed\'ee \'ef\'ee\'e7\'e4\'ed\'e5\'e5 \'e2\'ee\'f1\'f1\'f2\'e0\'ed\'ee\'e2\'e8\'f2\'fc. \'cf\'f0\'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'e8 RAB \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 UE \'e8\'e7\'ec\'e5\'ed\'e8\'f2\'f1\'ff \'f1 Cell_DCH \'ed\'e0 Cell_PCH \'e8\'eb\'e8 URA_PCH.\par
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UE \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'ff\'e5\'f2\'f1\'ff \'f0\'e0\'e7\'e4\'e5\'eb\'fc\'ed\'ee \'ea \'ea\'e0\'e6\'e4\'ee\'ec\'f3 \'e8\'e7 \'e4\'ee\'ec\'e5\'ed\'ee\'e2 CN. \'ce\'e4\'ed\'e0\'ea\'ee UE \'ec\'ee\'e6\'e5\'f2 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'f2\'fc \'ea\'ee\'ec\'e1\'e8\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'fb\'e5 \'e8\'eb\'e8 \'f0\'e0\'e7\'e4\'e5\'eb\'fc\'ed\'fb\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'ea GPRS \'e8\'eb\'e8 IMSI \'e2 \'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee\'f1\'f2\'e8 \'ee\'f2 \'e2\'ee\'e7\'ec\'ee\'e6\'ed\'ee\'f1\'f2\'e5\'e9 UE \'e8 \'f1\'e5\'f2\'e8, \'e0 \'f2\'e0\'ea\'e6\'e5 \'ee\'f2 \'f2\'e5\'ea\'f3\'f9\'e5\'e3\'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'ff \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff UE.\par
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\pard\sb100\sa100\b0\fs24\'d4\'f3\'ed\'ea\'f6\'e8\'ff Detach \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'ef\'f0\'e8 \'e2\'fb\'ea\'eb\'fe\'f7\'e5\'ed\'e8\'e8 UE \'e8\'eb\'e8 \'ea\'ee\'e3\'e4\'e0 UE \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'f3\'e5\'f2 \'f1\'e5\'f2\'fc, \'f7\'f2\'ee \'ee\'ed\'ee \'e1\'ee\'eb\'fc\'f8\'e5 \'ed\'e5 \'f5\'ee\'f7\'e5\'f2 \'ef\'ee\'eb\'f3\'f7\'e0\'f2\'fc \'e4\'ee\'f1\'f2\'f3\'ef \'ea \'f3\'f1\'eb\'f3\'e3\'e0\'ec, \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'ee\'f2 GPRS \'e8/\'e8\'eb\'e8 IMSI. \'cf\'ee\'e4\'ee\'e1\'ed\'fb\'ec \'ee\'e1\'f0\'e0\'e7\'ee\'ec \'f1\'e5\'f2\'fc \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'f3\'e5\'f2 UE, \'f7\'f2\'ee \'ee\'ed\'ee \'e1\'ee\'eb\'fc\'f8\'e5 \'ed\'e5 \'ef\'ee\'eb\'f3\'f7\'e0\'e5\'f2 \'e4\'ee\'f1\'f2\'f3\'ef \'ea \'e1\'e0\'e7\'ee\'e2\'fb\'ec \'f3\'f1\'eb\'f3\'e3\'e0\'ec SGSN/MSC.\par
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\pard\fi-360\li720\sb100\sa100\f1\fs20\'b7\tab\f0\fs24\'ce\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 GPRS, \'ef\'ee\'ec\'e5\'f7\'e0\'fe\'f9\'e5\'e5 UE \'ea\'e0\'ea \'ed\'e5\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5 \'e2 \'e4\'ee\'ec\'e5\'ed\'e5 PS CN \par
\f1\fs20\'b7\tab\f0\fs24\'ca\'ee\'ec\'e1\'e8\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'ee\'e5 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 GPRS/IMSI (\'f2\'ee\'eb\'fc\'ea\'ee \'e8\'ed\'e8\'f6\'e8\'e8\'f0\'f3\'e5\'ec\'ee\'e5 UE), \'ef\'ee\'ec\'e5\'f7\'e0\'fe\'f9\'e5\'e5 UE \'ea\'e0\'ea \'ed\'e5\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5 \'e2 \'e4\'ee\'ec\'e5\'ed\'e0\'f5 CS \'e8 PS CN \par
\pard\sb100\sa100\'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'e5\'f2 \'e2 3-\'f5 \'f0\'e0\'e7\'eb\'e8\'f7\'ed\'fb\'f5 \'e2\'e5\'f0\'f1\'e8\'ff\'f5, \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'fe\'f9\'e8\'f5 \'e8\'ed\'e8\'f6\'e8\'e0\'f2\'ee\'f0\'e0 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb, \'f2.\'e5. \'e8\'ed\'e8\'f6\'e8\'e8\'f0\'f3\'e5\'ec\'e0\'ff UE, SGSN \'e8\'eb\'e8 HLR. \'cd\'e8\'e6\'e5 \'ed\'e0 \'f0\'e8\'f1\'f3\'ed\'ea\'e5 \'ef\'ee\'ea\'e0\'e7\'e0\'ed\'e0 \'ea\'ee\'ec\'e1\'e8\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'e0\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff GPRS/IMSI.\par
\pard\s3\sb100\sa100\b\fs27 3.3.3 \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e5\'ec\par
3.3.3.1 \'ce\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff (LU)\par
\pard\sb100\sa100\b0\fs24\'c7\'ee\'ed\'e0 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff (LA) \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'e5\'f2\'f1\'ff \'ea\'e0\'ea \'e3\'f0\'f3\'ef\'ef\'e0 (\'ea\'eb\'e0\'f1\'f2\'e5\'f0) \'ff\'f7\'e5\'e5\'ea, \'e2 \'ea\'ee\'f2\'ee\'f0\'fb\'f5 UE \'ec\'ee\'e6\'e5\'f2 \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'f2\'fc\'f1\'ff \'e1\'e5\'e7 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'ff LU \'e2 \'ef\'f0\'e5\'e4\'e5\'eb\'e0\'f5 \'e4\'ee\'ec\'e5\'ed\'e0 CS CN.\par
\'ce\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 MM-IDLE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 LA, \'ea\'ee\'e3\'e4\'e0 \'ee\'ed\'ee \'e2\'f5\'ee\'e4\'e8\'f2 \'e2 \'ed\'ee\'e2\'f3\'fe LA, \'e0 \'f2\'e0\'ea\'e6\'e5 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 LA, \'f7\'f2\'ee\'e1\'fb \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'e8\'e2\'e0\'f2\'fc \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'fe \'f1\'e2\'e5\'e6\'e8\'f5 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 UE \'e2 VLR \'e8 HLR.\par
\'ce\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 LA \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5\'ec LA \'eb\'e8\'e1\'ee \'e2\'ed\'f3\'f2\'f0\'e8 MSC, \'eb\'e8\'e1\'ee \'ec\'e5\'e6\'e4\'f3 MSC. \'cf\'f0\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'e2\'ed\'f3\'f2\'f0\'e8 MSC \'f6\'e5\'ed\'f2\'f0 \'ea\'ee\'ec\'ec\'f3\'f2\'e0\'f6\'e8\'e8 \'ef\'ee\'e4\'e2\'e8\'e6\'ed\'ee\'e9 \'f1\'e2\'ff\'e7\'e8 \'e1\'f3\'e4\'e5\'f2 \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'ee\'e2\'e0\'f2\'fc HLR \'ee \'ed\'ee\'e2\'ee\'ec \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e8 UE. \'cf\'f0\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff LA \'ec\'e5\'e6\'e4\'f3 MSC \'ed\'e5\'f2 \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee\'f1\'f2\'e8 \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'ee\'e2\'e0\'f2\'fc HLR. \'cf\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 LA \'e2\'f1\'e5\'e3\'e4\'e0 \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5\'ec LA \'e2\'ed\'f3\'f2\'f0\'e8 MSC.\par
\pard\s3\sb100\sa100\b\fs27 3.3.3.2 \'cf\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'e7\'ee\'ed\'fb \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 (RA)\par
\pard\sb100\sa100\b0\fs24\'c7\'ee\'ed\'e0 \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 (RA) \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'ff\'e5\'f2\'f1\'ff \'ea\'e0\'ea \'e3\'f0\'f3\'ef\'ef\'e0 \'ff\'f7\'e5\'e5\'ea, \'e2 \'ea\'ee\'f2\'ee\'f0\'fb\'f5 UE \'ec\'ee\'e6\'e5\'f2 \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'f2\'fc\'f1\'ff \'e1\'e5\'e7 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e9 \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'ff \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 \'e2 \'ef\'f0\'e5\'e4\'e5\'eb\'e0\'f5 \'e4\'ee\'ec\'e5\'ed\'e0 PS CN. \'ce\'e4\'ed\'e0 \'e8\'eb\'e8 \'e1\'ee\'eb\'e5\'e5 RA \'ec\'ee\'e6\'e5\'f2 \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'ee\'e2\'e0\'f2\'fc \'e2 \'ef\'f0\'e5\'e4\'e5\'eb\'e0\'f5 LA, \'ed\'ee RA \'ed\'e5 \'ec\'ee\'e6\'e5\'f2 \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'ee\'e2\'e0\'f2\'fc \'e1\'ee\'eb\'e5\'e5 \'f7\'e5\'ec \'e2 \'ee\'e4\'ed\'ee\'e9 LA.\par
UE \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 PMM-IDLE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 RA, \'ea\'ee\'e3\'e4\'e0 \'ee\'ed\'ee \'e2\'f5\'ee\'e4\'e8\'f2 \'e2 \'ed\'ee\'e2\'f3\'fe RA, \'e0 \'f2\'e0\'ea-\'e6\'e5 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 RA, \'f7\'f2\'ee\'e1\'fb \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'e0\'f2\'fc \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'fe \'f1\'e2\'e5\'e6\'e8\'f5 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 UE \'e2 SGSN \'e8 GGSN.\par
\'ce\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 RA \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5\'ec RA \'eb\'e8\'e1\'ee \'e2\'ed\'f3\'f2\'f0\'e8 SGSN, \'eb\'e8\'e1\'ee \'ec\'e5\'e6\'e4\'f3 SGSN. \'cf\'f0\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff RA \'e2\'ed\'f3\'f2\'f0\'e8 SGSN, \'f3\'e7\'e5\'eb \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'ea\'e8 SGSN \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'f3\'e5\'f2 GGSN \'e8 HLR \'ee \'ed\'ee\'e2\'ee\'ec \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e8 UE. \'cf\'f0\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'e8 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff RA \'ec\'e5\'e6\'e4\'f3 SGSN \'ed\'e5\'f2 \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee\'f1\'f2\'e8 \'e8\'ed\'f4\'ee\'f0\'ec\'e8\'f0\'ee\'e2\'e0\'f2\'fc GGSN \'e8 HLR. \'cf\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 RA \'e2\'f1\'e5\'e3\'e4\'e0 \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5\'ec RA \'e2\'ed\'f3\'f2\'f0\'e8 SGSN.\par
\'c5\'f1\'eb\'e8 \'f1\'e5\'f2\'fc \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'e8\'e2\'e0\'e5\'f2 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 Gs \'ec\'e5\'e6\'e4\'f3 SGSN \'e8 MSC, UE, \'ea\'ee\'f2\'ee\'f0\'ee\'e5 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'ff\'e5\'f2\'f1\'ff \'ea\'e0\'ea \'ea GPRS, \'f2\'e0\'ea \'e8 \'ea IMSI, \'e1\'f3\'e4\'e5\'f2 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'f2\'fc \'ea\'ee\'ec\'e1\'e8\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'ed\'fb\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff RA/LA.\par
\pard\s3\sb100\sa100\b\fs27 3.3.3.3 \'ce\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'e8 UMTS (URA) \par
\pard\sb100\sa100\b0\fs24\'c7\'ee\'ed\'e0 \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'e8 UMTS (URA) \'e2\'ea\'eb\'fe\'f7\'e0\'e5\'f2 \'ec\'ed\'ee\'e6\'e5\'f1\'f2\'e2\'ee \'ff\'f7\'e5\'e5\'ea, \'ef\'f0\'e8\'ed\'e0\'e4\'eb\'e5\'e6\'e0\'f9\'e8\'f5 \'ee\'e4\'ed\'ee\'ec\'f3 \'e8\'eb\'e8 \'e1\'ee\'eb\'e5\'e5 RNC, \'e3\'e4\'e5 UE \'ec\'ee\'e6\'e5\'f2 \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'f2\'fc\'f1\'ff \'e1\'e5\'e7 \'e2\'fb\'ef\'ee\'eb\'ed\'e5\'ed\'e8\'ff \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e9 URA. URA \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'e8 UE \'e2 UTRAN, \'e0 \'f2\'e0\'ea\'e6\'e5 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff MM \'e8 RRM, \'ee\'e1\'f0\'e0\'e1\'e0\'f2\'fb\'e2\'e0\'e5\'ec\'fb\'f5 UTRAN.\par
UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 URA, \'ea\'ee\'e3\'e4\'e0 \'e2\'f5\'ee\'e4\'e8\'f2 \'e2 \'ed\'ee\'e2\'f3\'fe URA, \'e0 \'f2\'e0\'ea\'e6\'e5 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 URA, \'f7\'f2\'ee\'e1\'fb \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'e8\'e2\'e0\'f2\'fc \'f0\'e5\'e3\'e8\'f1\'f2\'f0\'e0\'f6\'e8\'fe \'f1\'e2\'e5\'e6\'e8\'f5 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e8 UE \'e2 UTRAN. URA \'e8\'e7\'e2\'e5\'f1\'f2\'ed\'e0 \'f2\'ee\'eb\'fc\'ea\'ee \'e2 \'ef\'f0\'e5\'e4\'e5\'eb\'e0\'f5 UTRAN.\par
\pard\s3\sb100\sa100\b\fs27 3.3.3.4 \'ce\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8\par
\pard\sb100\sa100\b0\fs24\'c2 \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e5 \'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8 RNC \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee \'e7\'ed\'e0\'f2\'fc \'ec\'e5\'f1\'f2\'ee\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'e8\'e5 UE \'f1 \'f2\'ee\'f7\'ed\'ee\'f1\'f2\'fc\'fe \'e4\'ee \'ff\'f7\'e5\'e9\'ea\'e8. \'c2\'f1\'eb\'e5\'e4\'f1\'f2\'e2\'e8\'e5 \'ef\'f0\'e5\'f0\'fb\'e2\'e8\'f1\'f2\'ee\'f1\'f2\'e8 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff PS \'fd\'f2\'e0 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'ff \'ec\'ee\'e6\'e5\'f2 \'e1\'fb\'f2\'fc \'ed\'e5\'f2\'ee\'f7\'ed\'ee\'e9, \'e5\'f1\'eb\'e8 UE \'ef\'e5\'f0\'e5\'ec\'e5\'f1\'f2\'e8\'eb\'f1\'ff \'e2 \'ec\'ee\'ec\'e5\'ed\'f2 \'e2\'ee\'e7\'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8. \'c2 \'fd\'f2\'ee\'ec \'f1\'eb\'f3\'f7\'e0\'e5 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8 \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff UE.\par
\'ce\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8 \'f2\'e0\'ea\'e6\'e5 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff UE \'e2 \'ed\'e0\'f7\'e0\'eb\'e5 \'ed\'ee\'e2\'ee\'e9 \'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8, \'e4\'eb\'ff \'ef\'e5\'f0\'e8\'ee\'e4\'e8\'f7\'e5\'f1\'ea\'ee\'e3\'ee \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'ff \'ff\'f7\'e5\'e5\'ea \'e8 \'e2 \'ea\'e0\'f7\'e5\'f1\'f2\'e2\'e5 \'ee\'f2\'ea\'eb\'e8\'ea\'e0 \'ed\'e0 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3 PS \'f2\'e8\'ef I.\par
\pard\s3\sb100\sa100\b\fs27 3.4 \'d3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'e5 \'f0\'e0\'e4\'e8\'ee\'f0\'e5\'f1\'f3\'f0\'f1\'e0\'ec\'e8 (RRM)\par
\pard\sb100\sa100\b0\fs24\'ca\'ee\'e3\'e4\'e0 UE \'e8\'ec\'e5\'e5\'f2 \'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1 UTRAN, \'ee\'ed\'ee \'ef\'ee\'f1\'f2\'ee\'ff\'ed\'ed\'ee \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'e8\'e7\'ec\'e5\'f0\'e5\'ed\'e8\'e5 \'ed\'e0 \'f0\'e0\'e4\'e8\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e8 \'e8 \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'ee\'f2\'f7\'e5\'f2 \'e2 SRNC. \'ca\'ee\'e3\'e4\'e0 UE \'ef\'e5\'f0\'e5\'ec\'e5\'f9\'e0\'e5\'f2\'f1\'ff \'ee\'f2 SRNC \'e2 \'ed\'e0\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'e8 \'ea DRNS, SRNC \'f0\'e5\'f8\'e0\'e5\'f2 \'e2\'fb\'ef\'ee\'eb\'ed\'e8\'f2\'fc \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff, \'ee\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'e4\'e0\'ed\'ed\'fb\'f5 \'ef\'f0\'e8\'ed\'ff\'f2\'fb\'f5 \'ee\'f2\'f7\'e5\'f2\'ee\'e2 \'ee\'e1 \'e8\'e7\'ec\'e5\'f0\'e5\'ed\'e8\'ff\'f5.\par
\pard\s3\sb100\sa100\b\fs27 3.4.1 \'c3\'e8\'e1\'ea\'e8\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff\par
\pard\sb100\sa100\b0\fs24\'c3\'e8\'e1\'ea\'e0\'ff \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff - \'fd\'f2\'ee \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'f0\'e0\'e4\'e8\'ee \'f0\'e5\'f1\'f3\'f0\'f1\'ee\'e2 \'e2\'ed\'f3\'f2\'f0\'e8 \'e2 UTRAN \'ec\'e5\'e6\'e4\'f3 \'e4\'e2\'f3\'ec\'ff \'d3\'e7\'eb\'e0\'ec\'e8 B \'f1 \'ee\'e4\'ed\'ee\'e9 \'e8 \'f2\'ee\'e9 \'e6\'e5 \'f7\'e0\'f1\'f2\'ee\'f2\'ee\'e9.\par
\'dd\'f2\'ee, \'e2 \'ee\'f1\'ed\'ee\'e2\'ed\'ee\'ec, \'ec\'ee\'e4\'e8\'f4\'e8\'ea\'e0\'f6\'e8\'ff RAB \'f1 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'ed\'e8\'e5\'ec \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ef\'e5\'f0\'e5\'ea\'ee\'ed\'f4\'e8\'e3\'f3\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'ff/ \'ed\'e0\'f1\'f2\'f0\'ee\'e9\'ea\'e8 \'f0\'e0\'e4\'e8\'ee \'e7\'e2\'e5\'ed\'e0 \'e8 \'f3\'e4\'e0\'eb\'e5\'ed\'e8\'ff \'f0\'e0\'e4\'e8\'ee \'e7\'e2\'e5\'ed\'e0.\par
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\'ca\'ee\'e3\'e4\'e0 \'ee\'f2\'f7\'e5\'f2\'fb \'ee\'e1 \'e8\'e7\'ec\'e5\'f0\'e5\'ed\'e8\'ff\'f5, \'ef\'ee\'eb\'f3\'f7\'e0\'e5\'ec\'fb\'e5 \'ee\'f2 \'e4\'e2\'e8\'e6\'f3\'f9\'e5\'e3\'ee\'f1\'ff UE, \'ef\'ee\'ea\'e0\'e7\'fb\'e2\'e0\'fe\'f2, \'f7\'f2\'ee \'f1\'f2\'e0\'f0\'ee\'e5 \'f0\'e0\'e4\'e8\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'e1\'ee\'eb\'fc\'f8\'e5 \'ed\'e5 \'e4\'e5\'e9\'f1\'f2\'e2\'e8\'f2\'e5\'eb\'fc\'ed\'ee, SRNC \'f3\'e4\'e0\'eb\'ff\'e5\'f2 \'ef\'f0\'e5\'e4\'fb\'e4\'f3\'f9\'e5\'e5 \'f0\'e0\'e4\'e8\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5.\par
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\'cd\'e5\'f1\'ea\'ee\'eb\'fc\'ea\'ee \'f2\'e8\'ef\'ee\'e2 \'e6\'e5\'f1\'f2\'ea\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ec\'ee\'e6\'ed\'ee \'f0\'e0\'e7\'e4\'e5\'eb\'e8\'f2\'fc \'ed\'e0 \'e6\'e5\'f1\'f2\'ea\'f3\'fe \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'f3 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e2\'ed\'f3\'f2\'f0\'e8 RAT \'e8 \'ec\'e5\'e6\'e4\'f3 RAT.\par
\pard\s3\sb100\sa100\b\fs27 3.4.2.1 \'c6\'e5\'f1\'f2\'ea\'e0\'ff \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e2\'ed\'f3\'f2\'f0\'e8 RAT\par
\pard\sb100\sa100\b0\fs24\'c6\'e5\'f1\'f2\'ea\'e0\'ff \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e2\'ed\'f3\'f2\'f0\'e8 RAT \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'e2\'ed\'f3\'f2\'f0\'e8 \'ee\'e4\'ed\'ee\'e9 \'f2\'e5\'f5\'ed\'ee\'eb\'ee\'e3\'e8\'e8 \'f0\'e0\'e4\'e8\'ee \'e4\'ee\'f1\'f2\'f3\'ef\'e0, \'ed\'e0\'ef\'f0\'e8\'ec\'e5\'f0, UTRAN. \'d0\'e0\'e7\'ed\'e8\'f6\'e0 \'ec\'e5\'e6\'e4\'f3 \'e6\'e5\'f1\'f2\'ea\'ee\'e9 \'e8 \'e3\'e8\'e1\'ea\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5\'e9 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'f1\'ee\'f1\'f2\'ee\'e8\'f2 \'e2 \'f2\'ee\'ec, \'f7\'f2\'ee \'ef\'f0\'e8 \'e6\'e5\'f1\'f2\'ea\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ef\'f0\'ee\'e8\'f1\'f5\'ee\'e4\'e8\'f2 \'f4\'e8\'e7\'e8\'f7\'e5\'f1\'ea\'ee\'e5 \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'e2 \'f7\'e0\'f1\'f2\'ee\'f2\'ed\'fb\'f5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff\'f5 \'e8\'eb\'e8 \'e8\'e7\'ec\'e5\'ed\'e5\'ed\'e8\'e5 \'e2 \'f0\'e5\'e6\'e8\'ec\'e5 \'ec\'e5\'e6\'e4\'f3 TDD (\'e4\'f3\'ef\'eb\'e5\'ea\'f1\'ed\'fb\'e9 \'f0\'e5\'e6\'e8\'ec \'f1 \'e2\'f0\'e5\'ec\'e5\'ed\'ed\'fb\'ec \'f0\'e0\'e7\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec) \'e8 FDD (\'e4\'f3\'ef\'eb\'e5\'ea\'f1\'ed\'fb\'e9 \'f0\'e5\'e6\'e8\'ec \'f1 \'f7\'e0\'f1\'f2\'ee\'f2\'ed\'fb\'ec \'f0\'e0\'e7\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec) \'e8 \'ed\'e0\'ee\'e1\'ee\'f0\'ee\'f2 \'e8\'eb\'e8 \'e7\'e0\'ec\'e5\'ed\'e0 \'ff\'f7\'e5\'e9\'ea\'e8 \'e1\'e5\'e7 \'ef\'ee\'e4\'e4\'e5\'f0\'e6\'ea\'e8 \'ec\'e0\'ea\'f0\'ee \'f3\'e2\'e5\'eb\'e8\'f7\'e5\'ed\'e8\'ff \'f2.\'e5. \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ee\'f2 \'ee\'e4\'ed\'ee\'e3\'ee SRNC \'e4\'f0\'f3\'e3\'ee\'ec\'f3.\par
\'cf\'f0\'e8 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ee\'f2 \'ee\'e4\'ed\'ee\'e3\'ee SRNC \'e4\'f0\'f3\'e3\'ee\'ec\'f3 \'ef\'f0\'e8\'e2\'eb\'e5\'ea\'e0\'e5\'f2\'f1\'ff CN, \'e0, \'f1\'eb\'e5\'e4\'ee\'e2\'e0\'f2\'e5\'eb\'fc\'ed\'ee, \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'e8\'ed\'f2\'e5\'f0\'f4\'e5\'e9\'f1\'e0 Iu. \'dd\'f2\'ee\'f2 \'f2\'e8\'ef \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e8\'e7\'e2\'e5\'f1\'f2\'e5\'ed \'ea\'e0\'ea \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'ef\'ee\'e4\'f1\'e8\'f1\'f2\'e5\'ec\'fb \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'fe\'f9\'e5\'e9 \'f1\'e5\'f2\'e8 \'f0\'e0\'e4\'e8\'ee\'f1\'e2\'ff\'e7\'e8 (SRNS) \'e8 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'ef\'e5\'f0\'e5\'ea\'eb\'fe\'f7\'e5\'ed\'e8\'ff SRNC.\par
\'c2 \'ef\'f0\'ee\'f6\'e5\'f1\'f1\'e5 \'e6\'e5\'f1\'f2\'ea\'ee\'e9 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ef\'e5\'f0\'e5\'ea\'ee\'ed\'f4\'e8\'e3\'f3\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'e5 \'f4\'e8\'e7\'e8\'f7\'e5\'f1\'ea\'ee\'e3\'ee \'ea\'e0\'ed\'e0\'eb\'e0, \'e0 \'f2\'e0\'ea\'e6\'e5 \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu.\par
\'ce\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee\'f2\'f7\'e5\'f2\'ee\'e2 \'ee\'e1 \'e8\'e7\'ec\'e5\'f0\'e5\'ed\'e8\'e8, SRNC \'f0\'e5\'f8\'e0\'e5\'f2, \'f7\'f2\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'e4\'ee\'eb\'e6\'ed\'ee \'e1\'fb\'f2\'fc \'ef\'e5\'f0\'e5\'e4\'e0\'ed\'ee \'e2 \'e4\'f0\'f3\'e3\'f3\'fe \'ff\'f7\'e5\'e9\'ea\'f3 \'ef\'ee\'e4 \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'e5 \'e4\'f0\'f3\'e3\'ee\'e3\'ee RNS. \'c7\'e0\'f2\'e5\'ec \'e7\'e0\'ef\'f3\'f1\'ea\'e0\'e5\'f2\'f1\'ff \'ef\'e5\'f0\'e5\'ed\'ee\'f1 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff Iu \'e2 \'e4\'f0\'f3\'e3\'ee\'e9 RNS \'f1 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'ed\'e8\'e5\'ec CN. \'c2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2\'f1\'ff \'ed\'ee\'e2\'fb\'e9 \'f4\'e8\'e7\'e8\'f7\'e5\'f1\'ea\'e8\'e9 \'ea\'e0\'ed\'e0\'eb, \'e8 UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'e5\'f0\'e5\'ea\'ee\'ed\'f4\'e8\'e3\'f3\'f0\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'e5 \'f4\'e8\'e7\'e8\'f7\'e5\'f1\'ea\'ee\'e3\'ee \'ea\'e0\'ed\'e0\'eb\'e0, \'f1\'f2\'e0\'f0\'ee\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 Iu \'e8 \'f0\'e0\'e4\'e8\'ee \'e7\'e2\'e5\'ed\'ee \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'fe\'f2\'f1\'ff.\par
\pard\s3\sb100\sa100\b\fs27 3.4.2.2 \'c6\'e5\'f1\'f2\'ea\'e0\'ff \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ec\'e5\'e6\'e4\'f3 RAT\par
\pard\sb100\sa100\b0\fs24\'dd\'f2\'ee \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'ec\'e5\'e6\'e4\'f3 \'f0\'e0\'e7\'ed\'fb\'ec\'e8 \'f2\'e8\'ef\'e0\'ec\'e8 \'f1\'e5\'f2\'e5\'e9 \'f0\'e0\'e4\'e8\'ee \'e4\'ee\'f1\'f2\'f3\'ef\'e0 (RAN). \'c2 \'e4\'ee\'ec\'e5\'ed\'e5 CS \'fd\'f2\'ee \'ee\'e7\'ed\'e0\'f7\'e0\'e5\'f2 \'ef\'e5\'f0\'e5\'f5\'ee\'e4 \'e8\'e7 GSM \'e2 UMTS \'e8 \'e8\'e7 UMTS \'e2 GSM, \'e0 \'e2 \'e4\'ee\'ec\'e5\'ed\'e5 PS - \'e8\'e7 GPRS \'e2 UMTS \'e8 \'e8\'e7 UMTS \'e2 GPRS. \'c2 \'f1\'eb\'f3\'f7\'e0\'e5 \'e4\'ee\'ec\'e5\'ed\'e0 PS \'fd\'f2\'ee \'ed\'e0\'e7\'fb\'e2\'e0\'e5\'f2\'f1\'ff \'e2\'fb\'e1\'ee\'f0\'ee\'ec \'ff\'f7\'e5\'e9\'ea\'e8, \'e0 \'ed\'e5 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5\'e9 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff.\par
\pard\s3\sb100\sa100\b\fs27 3.4.2.2.1 \'cf\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e8\'e7 UMTS \'e2 GSM\par
\pard\qc\b0\fs24 UTRAN \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'e8\'ed\'e8\'f6\'e8\'e0\'f2\'ee\'f0\'ee\'ec \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e8\'e7 UMTS \'e2 GSM, \'ee\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'e4\'e0\'ed\'ed\'fb\'f5 \'ee\'f2\'f7\'e5\'f2\'ee\'e2 \'ee\'e1 \'e8\'e7\'ec\'e5\'f0\'e5\'ed\'e8\'e8, \'ef\'ee\'eb\'f3\'f7\'e5\'ed\'ed\'fb\'f5 \'ee\'f2 UE.\par
\pard\fi-360\li720\sb100\sa100\tx720\f1\fs20\'b7\tab\f0\fs24 SRNC \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 RELOCATION REQUIRED (\'e7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ef\'e5\'f0\'e5\'ed\'ee\'f1) \'e2 MSC \par
\pard\fi-360\li720\sb100\sa100\f1\fs20\'b7\tab\f0\fs24 MSC \'e4\'e5\'eb\'e0\'e5\'f2 \'e7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'f3 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff HANDOVER REQUEST \'e2 BSS GSM. \par
\f1\fs20\'b7\tab\f0\fs24 BSS GSM \'e2 \'ee\'f2\'e2\'e5\'f2 \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 HANDOVER REQUEST ACKNOWLEDGE (\'ef\'ee\'e4\'f2\'e2\'e5\'f0\'e6\'e4\'e5\'ed\'e8\'e5 \'e7\'e0\'ef\'f0\'ee\'f1\'e0 \'ed\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'f3 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff), \'e5\'f1\'eb\'e8 \'e8\'ec\'e5\'fe\'f2\'f1\'ff \'f0\'e5\'f1\'f3\'f0\'f1\'fb \par
\f1\fs20\'b7\tab\f0\fs24 MSC \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 RELOCATION COMMAND (\'ea\'ee\'ec\'e0\'ed\'e4\'e0 \'ef\'e5\'f0\'e5\'ed\'ee\'f1\'e0) \'e2 SRNC, \'ea\'ee\'f2\'ee\'f0\'fb\'e9 \'f1\'ee\'ee\'e1\'f9\'e0\'e5\'f2 UE \'ee \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e5 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e2 GSM \par
\f1\fs20\'b7\tab\f0\fs24 BSS GSM \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 HANDOVER DETECT (\'ee\'e1\'ed\'e0\'f0\'f3\'e6\'e5\'ed\'e8\'e5 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff) \'ef\'ee\'f1\'eb\'e5 \'f2\'ee\'e3\'ee, \'ea\'e0\'ea UE \'ef\'f0\'e5\'e4\'f1\'f2\'e0\'e2\'eb\'ff\'e5\'f2 \'e4\'ee\'f1\'f2\'f3\'ef \'ed\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'f3 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \par
\f1\fs20\'b7\tab\f0\fs24\'ca\'ee\'e3\'e4\'e0 UE \'f1\'ee\'ee\'e1\'f9\'e0\'e5\'f2, \'f7\'f2\'ee \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e0, BSS GSM \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5 HANDOVER COMPLETE (\'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'ff \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e0) \'e2 MSC, \'ea\'ee\'f2\'ee\'f0\'fb\'e9 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 Iu \par
\pard\s3\sb100\sa100\b\fs27 3.4.2.2.2 \'cf\'e5\'f0\'e5\'ed\'ee\'f1 \'ff\'f7\'e5\'e9\'ea\'e8 \'e8\'e7 UMTS \'e2 GPRS\par
\'c2 \'fd\'f2\'ee\'ec \'f1\'eb\'f3\'f7\'e0\'e5 UE \'ff\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'e8\'ed\'e8\'f6\'e8\'e0\'f2\'ee\'f0\'ee\'ec \'ef\'e5\'f0\'e5\'ed\'ee\'f1\'e0 \'ff\'f7\'e5\'e9\'ea\'e8:\par
\pard\fi-360\li720\sb100\sa100\tx720\b0\f1\fs20\'b7\tab\f0\fs24 UE \'ef\'ee\'eb\'f3\'f7\'e0\'e5\'f2 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \'f1\'e8\'f1\'f2\'e5\'ec\'fb \'ee \'f1\'ee\'f1\'e5\'e4\'ed\'e8\'f5 \'ff\'f7\'e5\'e9\'ea\'e0\'f5 \'ee\'f2 UTRAN, \'ed\'e0\'f1\'f2\'f0\'e0\'e8\'e2\'e0\'e5\'f2 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1 BSS GSM/GPRS \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2 \'f0\'e5\'f1\'f3\'f0\'f1\'fb UTRAN \par
\pard\fi-360\li720\sb100\sa100\f1\fs20\'b7\tab\f0\fs24\'c7\'e0\'f2\'e5\'ec \'ee\'ed \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 ROUTING AREA UPDATE REQUEST (\'c7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8) \'e2 SGSN \par
\f1\fs20\'b7\tab\f0\fs24 SGSN \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 SRNS CONTEXT REQUEST (\'e7\'e0\'ef\'f0\'ee\'f1 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 SRNS), \'f7\'f2\'ee\'e1\'fb \'ef\'ee\'eb\'f3\'f7\'e8\'f2\'fc \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \'ee \'ef\'e0\'ea\'e5\'f2\'e0\'f5, \'e2\'ea\'eb\'fe\'f7\'e0\'ff \'ef\'ee\'f0\'ff\'e4\'ea\'ee\'e2\'fb\'e5 \'ed\'ee\'ec\'e5\'f0\'e0 \'e4\'eb\'ff \'f1\'e8\'ed\'f5\'f0\'ee\'ed\'e8\'e7\'e0\'f6\'e8\'e8 \'ee\'f2 SRNC \par
\f1\fs20\'b7\tab\f0\fs24 SRNC \'ee\'f2\'ea\'eb\'e8\'ea\'e0\'e5\'f2\'f1\'ff \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e5\'ec SRNS CONTEXT RESPONSE (\'ee\'f2\'ea\'eb\'e8\'ea \'ed\'e0 \'e7\'e0\'ef\'f0\'ee\'f1 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0), \'f1\'ee\'e4\'e5\'f0\'e6\'e0\'f9\'e8\'ec \'f1\'ee\'ee\'f2\'e2\'e5\'f2\'f1\'f2\'e2\'f3\'fe\'f9\'f3\'fe \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \par
\f1\fs20\'b7\tab\f0\fs24\'d0\'e5\'e6\'e8\'ec \'ee\'e1\'e5\'f1\'ef\'e5\'f7\'e5\'ed\'e8\'ff \'f1\'e5\'ea\'f0\'e5\'f2\'ed\'ee\'f1\'f2\'e8 \'ed\'e0\'f1\'f2\'f0\'e0\'e8\'e2\'e0\'e5\'f2\'f1\'ff \'e2 \'f1\'e5\'f2\'e8 GSM/GPRS, \'e8 SGSN \'ef\'f0\'ee\'f1\'e8\'f2 SRNC \'ef\'e5\'f0\'e5\'e4\'e0\'f2\'fc \'e2\'f1\'e5 \'e1\'f3\'f4\'e5\'f0\'e8\'e7\'ee\'e2\'e0\'ed\'ed\'fb\'e5 \'e4\'e0\'ed\'ed\'fb\'e5 \'f1 \'ef\'ee\'ec\'ee\'f9\'fc\'fe \'ea\'ee\'ec\'e0\'ed\'e4\'fb SRNS FORWARD DATA COMMAND (\'ea\'ee\'ec\'e0\'ed\'e4\'e0 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 SRNS) \par
\f1\fs20\'b7\tab\f0\fs24 SRNC \'ed\'e0\'ef\'f0\'e0\'e2\'eb\'ff\'e5\'f2 \'e4\'e0\'ed\'ed\'fb\'e5 \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 Iu \par
\f1\fs20\'b7\tab\f0\fs24 SGSN \'e7\'e0\'e2\'e5\'f0\'f8\'e0\'e5\'f2 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'ef\'e5\'f0\'e5\'ed\'ee\'f1\'e0 \'ff\'f7\'e5\'e9\'ea\'e8 \'ef\'f3\'f2\'e5\'ec \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'f1\'ee\'ee\'e1\'f9\'e5\'ed\'e8\'e9 ROUTING AREA UPDATE ACCEPT (\'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'e7\'ee\'ed\'fb \'ec\'e0\'f0\'f8\'f0\'f3\'f2\'e8\'e7\'e0\'f6\'e8\'e8 \'ef\'f0\'e8\'ed\'ff\'f2\'ee) \'e8 COMPLETE (\'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'e5) \par
\pard\s3\sb100\sa100\b\fs27 3.4.3 \'ca\'ee\'ed\'f2\'f0\'ee\'eb\'fc \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'f1\'e8\'e3\'ed\'e0\'eb\'e0\par
\pard\sb100\sa100\b0\fs24\'c2 UMTS \'e2\'f1\'e5 UE \'ef\'e5\'f0\'e5\'e4\'e0\'fe\'f2 \'f1\'e8\'e3\'ed\'e0\'eb\'fb \'e2 \'ee\'e4\'ed\'ee\'ec \'e8 \'f2\'ee\'ec \'e6\'e5 \'f7\'e0\'f1\'f2\'ee\'f2\'ed\'ee\'ec \'e4\'e8\'e0\'ef\'e0\'e7\'ee\'ed\'e5. \'c2 FDD \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'e4\'e0\'e6\'e5 \'ef\'f0\'e8\'��������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������ed\'e8\'ec\'e0\'e5\'f2 \'e2 \'f2\'ee\'ec \'e6\'e5 \'f7\'e0\'f1\'f2\'ee\'f2\'ed\'ee\'ec \'e4\'e8\'e0\'ef\'e0\'e7\'ee\'ed\'e5. \'d7\'f2\'ee\'e1\'fb \'e8\'f1\'ea\'eb\'fe\'f7\'e8\'f2\'fc \'e2\'ee\'e7\'ec\'ee\'e6\'ed\'ee\'f1\'f2\'fc \'fd\'ea\'f0\'e0\'ed\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'ff (\'ec\'e0\'f1\'ea\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'ff) \'f3\'e4\'e0\'eb\'e5\'ed\'ed\'ee\'e3\'ee UE \'f1\'e8\'e3\'ed\'e0\'eb\'ee\'ec \'e1\'eb\'e8\'e7\'ea\'ee \'f0\'e0\'f1\'ef\'ee\'eb\'ee\'e6\'e5\'ed\'ed\'ee\'e3\'ee UE, \'e2\'fb\'f5\'ee\'e4\'ed\'ee\'e9 \'f1\'e8\'e3\'ed\'e0\'eb \'ee\'f2 \'ea\'e0\'e6\'e4\'ee\'e3\'ee UE \'f3\'ef\'f0\'e0\'e2\'eb\'ff\'e5\'f2\'f1\'ff \'f2\'e0\'ea\'e8\'ec \'ee\'e1\'f0\'e0\'e7\'ee\'ec, \'f7\'f2\'ee\'e1\'fb \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'fc \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'ec\'ee\'e3\'ee \'f1\'e8\'e3\'ed\'e0\'eb\'e0 \'ed\'e0 \'d3\'e7\'eb\'e5 B \'e1\'fb\'eb\'e0 \'ef\'ee\'f1\'f2\'ee\'ff\'ed\'ed\'ee\'e9 \'ee\'f2 \'e2\'f1\'e5\'f5 UE.\par
\'c4\'e0\'eb\'e5\'e5 \'ef\'f0\'e8\'e2\'ee\'e4\'e8\'f2\'f1\'ff \'ee\'ef\'e8\'f1\'e0\'ed\'e8\'e5 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'ea\'ee\'ed\'f2\'f0\'ee\'eb\'ff \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'e4\'eb\'ff FDD:\par
\'cf\'ee\'f1\'ea\'ee\'eb\'fc\'ea\'f3 \'e2\'f1\'e5 UE \'e1\'f3\'e4\'f3\'f2 \'f1\'ee\'e7\'e4\'e0\'e2\'e0\'f2\'fc \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'ed\'fb\'e9 \'f3\'f0\'ee\'e2\'e5\'ed\'fc \'ef\'ee\'ec\'e5\'f5, \'f2\'ee\'eb\'fc\'ea\'ee \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'ed\'ee\'ec\'f3 \'f7\'e8\'f1\'eb\'f3 UE \'f0\'e0\'e7\'f0\'e5\'f8\'e5\'ed\'ee \'e1\'fb\'f2\'fc \'e0\'ea\'f2\'e8\'e2\'ed\'fb\'ec\'e8 \'e2 \'ee\'e4\'ed\'ee \'e8 \'f2\'ee\'e6\'e5 \'e2\'f0\'e5\'ec\'ff, \'f7\'f2\'ee\'e1\'fb \'e3\'e0\'f0\'e0\'ed\'f2\'e8\'f0\'ee\'e2\'e0\'f2\'fc \'ee\'e1\'e5\'f1\'ef\'e5\'f7\'e5\'ed\'e8\'e5 \'e4\'ee\'ef\'f3\'f1\'f2\'e8\'ec\'ee\'e3\'ee \'ee\'f2\'ed\'ee\'f8\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb/\'ef\'ee\'ec\'e5\'f5\'e0 (SIR). SIR \'f7\'e0\'f1\'f2\'ee \'ed\'e0\'e7\'fb\'e2\'e0\'fe\'f2 \'ee\'f2\'ed\'ee\'f8\'e5\'ed\'e8\'e5\'ec \'ed\'e5\'f1\'f3\'f9\'e5\'e9/\'ef\'ee\'ec\'e5\'f5\'e5 (C/I). \'d7\'f2\'ee\'e1\'fb \'ec\'e0\'ea\'f1\'e8\'ec\'e8\'e7\'e8\'f0\'ee\'e2\'e0\'f2\'fc \'ea\'ee\'eb\'e8\'f7\'e5\'f1\'f2\'e2\'ee UE \'e2 \'f1\'e5\'f2\'e8, \'ed\'e5\'ee\'e1\'f5\'ee\'e4\'e8\'ec\'ee \'ea\'ee\'ed\'f2\'f0\'ee\'eb\'e8\'f0\'ee\'e2\'e0\'f2\'fc \'e2\'e5\'eb\'e8\'f7\'e8\'ed\'f3 SIR \'ea\'e0\'e6\'e4\'ee\'e3\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'e8 \'e4\'e0\'e6\'e5 \'e1\'ee\'eb\'e5\'e5 \'ed\'e8\'e7\'ea\'e8\'e9 \'f3\'f0\'ee\'e2\'e5\'ed\'fc \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'e2\'fb\'f5\'ee\'e4\'ed\'ee\'e3\'ee \'f1\'e8\'e3\'ed\'e0\'eb\'e0, \'ea\'e0\'ea \'f2\'ee\'eb\'fc\'ea\'ee \'ed\'ee\'e2\'fb\'e5 UE \'e2\'e2\'ee\'e4\'ff\'f2\'f1\'ff \'e2 \'f1\'e5\'f2\'e8. \'d3\'e7\'e5\'eb B \'f3\'e2\'e5\'e4\'ee\'ec\'eb\'ff\'e5\'f2 \'e2\'f1\'e5 UE \'e2 \'f1\'e2\'ee\'e5\'e9 \'e7\'ee\'ed\'e5 \'ee \'f2\'f0\'e5\'e1\'f3\'e5\'ec\'ee\'e9 \'e2\'e5\'eb\'e8\'f7\'e8\'ed\'e5 SIR, \'ef\'e5\'f0\'e5\'e4\'e0\'e2\'e0\'ff \'fd\'f2\'ee\'f2 \'ef\'e0\'f0\'e0\'ec\'e5\'f2\'f0 \'ea\'e0\'ea \'f7\'e0\'f1\'f2\'fc \'f8\'e8\'f0\'ee\'ea\'ee\'e2\'e5\'f9\'e0\'f2\'e5\'eb\'fc\'ed\'ee\'e9 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'e8 \'ff\'f7\'e5\'e9\'ea\'e8.\par
\pard\s3\sb100\sa100\b\fs27 3.4.3.1 \'ca\'ee\'ed\'f2\'f0\'ee\'eb\'fc \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'ee\'f2\'ea\'f0\'fb\'f2\'ee\'e9 \'ef\'e5\'f2\'eb\'e8\par
\pard\sb100\sa100\b0\fs24\'cf\'f0\'e5\'e6\'e4\'e5 \'f7\'e5\'ec \'ed\'e0\'f7\'e0\'f2\'fc \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'f3 \'ef\'e0\'ea\'e5\'f2\'e0 \'e4\'ee\'f1\'f2\'f3\'ef\'e0, UE \'e4\'ee\'eb\'e6\'ed\'ee \'e2\'fb\'f7\'e8\'f1\'eb\'e8\'f2\'fc \'f2\'f0\'e5\'e1\'f3\'e5\'ec\'f3\'fe \'e2\'e5\'eb\'e8\'f7\'e8\'ed\'f3 \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'e2\'fb\'f5\'ee\'e4\'ed\'ee\'e3\'ee \'f1\'e8\'e3\'ed\'e0\'eb\'e0 (Pout). \'dd\'f2\'f3 \'e2\'e5\'eb\'e8\'f7\'e8\'ed\'f3 \'ec\'ee\'e6\'ed\'ee \'ee\'ef\'f0\'e5\'e4\'e5\'eb\'e8\'f2\'fc \'e8\'e7 \'e2\'e5\'eb\'e8\'f7\'e8\'ed\'fb \'e7\'e0\'f2\'f3\'f5\'e0\'ed\'e8\'ff \'f2\'f0\'e0\'ea\'f2\'e0 \'ec\'e5\'e6\'e4\'f3 \'d3\'e7\'eb\'ee\'ec B \'e8 UE \'e8 \'f2\'f0\'e5\'e1\'f3\'e5\'ec\'ee\'e3\'ee \'e7\'ed\'e0\'f7\'e5\'ed\'e8\'ff SIR \'e4\'eb\'ff \'d3\'e7\'eb\'e0 B. \'d3\'e7\'e5\'eb B \'f2\'f0\'e0\'ed\'f1\'eb\'e8\'f0\'f3\'e5\'f2 \'e8\'ed\'f4\'ee\'f0\'ec\'e0\'f6\'e8\'fe \'ee \'f1\'e2\'ee\'e5\'ec Pout \'e8 SIR. \'c7\'e0\'f2\'f3\'f5\'e0\'ed\'e8\'e5 \'f2\'f0\'e0\'ea\'f2\'e0 \'ec\'ee\'e6\'ed\'ee \'e2\'fb\'f7\'e8\'f1\'eb\'e8\'f2\'fc, \'f1\'f0\'e0\'e2\'ed\'e8\'e2\'e0\'ff \'f3\'f0\'ee\'e2\'e5\'ed\'fc \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'ec\'ee\'e3\'ee \'f1\'e8\'e3\'ed\'e0\'eb\'e0 \'ed\'e8\'f1\'f5\'ee\'e4\'ff\'f9\'e5\'e3\'ee \'ef\'ee\'f2\'ee\'ea\'e0 \'f1 Pout \'d3\'e7\'eb\'e0 B.\par
\pard\s3\sb100\sa100\b\fs27 3.4.3.2 \'ca\'ee\'ed\'f2\'f0\'ee\'eb\'fc \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'ef\'ee \'e2\'ed\'e5\'f8\'ed\'e5\'e9 \'ef\'e5\'f2\'eb\'e5\par
\pard\sb100\sa100\b0\fs24\'ca\'ee\'ed\'f2\'f0\'ee\'eb\'fc \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'ef\'ee \'e2\'ed\'e5\'f8\'ed\'e5\'e9 \'ef\'e5\'f2\'eb\'e8 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'f0\'e5\'e3\'f3\'eb\'e8\'f0\'ee\'e2\'e0\'ed\'e8\'ff \'e2\'fb\'f5\'ee\'e4\'ed\'ee\'e3\'ee \'e7\'ed\'e0\'f7\'e5\'ed\'e8\'ff SIR, \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'ec\'ee\'e3\'ee \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'ee\'e9 \'ea\'ee\'ed\'f2\'f0\'ee\'eb\'ff \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'ef\'ee \'e2\'ed\'f3\'f2\'f0\'e5\'ed\'ed\'e5\'e9 \'ef\'e5\'f2\'eb\'e5 \'ed\'e5\'e7\'e0\'e2\'e8\'f1\'e8\'ec\'ee \'e4\'eb\'ff \'ea\'e0\'e6\'e4\'ee\'e3\'ee \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff, \'ee\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'f2\'f0\'e5\'e1\'ee\'e2\'e0\'ed\'e8\'ff\'f5 QoS \'e4\'eb\'ff \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff.\par
\pard\s3\sb100\sa100\b\fs27 3.4.3.2 \'ca\'ee\'ed\'f2\'f0\'ee\'eb\'fc \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'ef\'ee \'e2\'ed\'f3\'f2\'f0\'e5\'ed\'ed\'e5\'e9 \'ef\'e5\'f2\'eb\'e5\par
\pard\sb100\sa100\b0\fs24\'ca\'ee\'ed\'f2\'f0\'ee\'eb\'fc \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'ef\'ee \'e2\'ed\'f3\'f2\'f0\'e5\'ed\'ed\'e5\'e9 \'ef\'e5\'f2\'eb\'e5 \'e8\'f1\'ef\'ee\'eb\'fc\'e7\'f3\'e5\'f2\'f1\'ff \'e4\'eb\'ff \'e4\'e8\'ed\'e0\'ec\'e8\'f7\'e5\'f1\'ea\'ee\'e9 \'f0\'e5\'e3\'f3\'eb\'e8\'f0\'ee\'e2\'ea\'e8 \'f3\'f0\'ee\'e2\'ed\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'e2\'fb\'f5\'ee\'e4\'ed\'ee\'e3\'ee \'f1\'e8\'e3\'ed\'e0\'eb\'e0 \'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e3\'ee \'ea\'e0\'ed\'e0\'eb\'e0, \'f7\'f2\'ee\'e1\'fb \'ee\'e1\'e5\'f1\'ef\'e5\'f7\'e8\'f2\'fc \'e2\'e5\'eb\'e8\'f7\'e8\'ed\'f3 SIR \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'ec\'ee\'e3\'ee \'f1\'e8\'e3\'ed\'e0\'eb\'e0 \'e4\'eb\'ff \'e7\'e0\'e4\'e0\'ed\'ed\'ee\'e3\'ee \'ef\'f0\'e8\'e5\'ec\'ed\'e8\'ea\'e0 SIR. \'d3\'e7\'e5\'eb B \'e8 UE \'e8\'e7\'ec\'e5\'f0\'ff\'fe\'f2 \'f3\'f0\'ee\'e2\'e5\'ed\'fc \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'e8 \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'ec\'ee\'e3\'ee \'f1\'e8\'e3\'ed\'e0\'eb\'e0 \'e8 \'ee\'e1\'f9\'f3\'fe \'e2\'e5\'eb\'e8\'f7\'e8\'ed\'f3 \'ef\'ee\'ec\'e5\'f5 \'e2 \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'ec\'ee\'ec \'f1\'e8\'e3\'ed\'e0\'eb\'e5. \'ce\'f1\'ed\'ee\'e2\'fb\'e2\'e0\'ff\'f1\'fc \'ed\'e0 \'fd\'f2\'e8\'f5 \'e4\'e0\'ed\'ed\'fb\'f5, \'ef\'ee\'f1\'fb\'eb\'e0\'fe\'f2\'f1\'ff \'ea\'ee\'ec\'e0\'ed\'e4\'fb \'f3\'ef\'f0\'e0\'e2\'eb\'e5\'ed\'e8\'ff \'ec\'ee\'f9\'ed\'ee\'f1\'f2\'fc\'fe \'ef\'e5\'f0\'e5\'e4\'e0\'e2\'e0\'e5\'ec\'ee\'e3\'ee \'f1\'e8\'e3\'ed\'e0\'eb\'e0 (TPC) \'e2\'e2\'e5\'f0\'f5 \'e8 \'e2\'ed\'e8\'e7 \'ef\'ee \'eb\'e8\'ed\'e8\'e8 (\'e2 \'e2\'ee\'f1\'f5\'ee\'e4\'ff\'f9\'e5\'ec \'e8 \'ed\'e8\'f1\'f5\'ee\'e4\'ff\'f9\'e5\'ec \'ef\'ee\'f2\'ee\'ea\'e5) 1500 \'f0\'e0\'e7 \'e2 \'f1\'e5\'ea\'f3\'ed\'e4\'f3, \'f7\'f2\'ee\'e1\'fb \'f0\'e0\'f1\'f1\'f7\'e8\'f2\'e0\'f2\'fc \'ef\'ee\'ec\'e5\'f5\'e8 \'e1\'eb\'e8\'e6\'ed\'e5\'e3\'ee-\'e4\'e0\'eb\'fc\'ed\'e5\'e3\'ee \'ea\'ee\'ed\'f6\'e0, \'e0 \'f2\'e0\'ea\'e6\'e5 \'ee\'f1\'f2\'e0\'ed\'ee\'e2\'ea\'e0 \'ec\'f3\'eb\'fc\'f2\'e8-\'f2\'f0\'e0\'ea\'f2\'e0 (multi-path fading).\par
\pard\s3\sb100\sa100\b\fs27 3.5 \'cf\'f0\'e8\'ec\'e5\'f0 \'f3\'f1\'eb\'f3\'e3\'e8 CS: \'e2\'f5\'ee\'e4\'ff\'f9\'e8\'e9 \'f2\'e5\'eb\'e5\'f4\'ee\'ed\'ed\'fb\'e9 \'e2\'fb\'e7\'ee\'e2 \'e4\'eb\'ff \'ec\'ee\'e1\'e8\'eb\'fc\'ed\'ee\'e9 \'f1\'f2\'e0\'ed\'f6\'e8\'e8 (MT)\par
\pard\sb100\sa100\b0\fs24\'c2 \'ef\'f0\'e8\'ec\'e5\'f0\'e5, \'ef\'ee\'ea\'e0\'e7\'e0\'ed\'ed\'ee\'ec \'ed\'e0 \'f0\'e8\'f1\'f3\'ed\'ea\'e5 3.29, UE \'e2\'ea\'eb\'fe\'f7\'e0\'e5\'f2\'f1\'ff, \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'f3 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'ff IMSI \'e8 \'e2\'f5\'ee\'e4\'e8\'f2 \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 MM-IDLE. UE \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'f2 \'e2\'f5\'ee\'e4\'ff\'f9\'e8\'e9 \'e2\'fb\'e7\'ee\'e2 \'e8 \'ee\'f2\'ea\'eb\'e8\'ea\'e0\'e5\'f2\'f1\'ff \'ed\'e0 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3 \'ef\'f3\'f2\'e5\'ec \'f3\'f1\'f2\'e0\'ed\'ee\'e2\'ea\'e8 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 CS \'f1 MSC.\par
UE \'ef\'e5\'f0\'e5\'e4\'e0\'e5\'f2 \'e7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'e5 CS \'e2 MSC, \'ea\'ee\'f2\'ee\'f0\'fb\'e9 \'ed\'e0\'f7\'e8\'ed\'e0\'e5\'f2 \'ef\'f0\'ee\'f6\'e5\'e4\'f3\'f0\'fb \'e0\'f3\'f2\'e5\'ed\'f2\'e8\'f4\'e8\'ea\'e0\'f6\'e8\'e8 \'e8 \'ee\'e1\'e5\'f1\'ef\'e5\'f7\'e5\'ed\'e8\'ff \'f1\'e5\'ea\'f0\'e5\'f2\'ed\'ee\'f1\'f2\'e8 \'e4\'ee \'f0\'e0\'f1\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'ff RAB.\par
\'cf\'ee\'f1\'eb\'e5 \'f2\'f0\'e0\'ed\'e7\'e0\'ea\'f6\'e8\'e8 (\'e4\'e8\'e0\'eb\'ee\'e3\'e0) RAB \'e8 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 CS \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2\'f1\'ff.\par
\pard\s3\sb100\sa100\b\fs27 3.6 \'cf\'f0\'e8\'ec\'e5\'f0 \'f3\'f1\'eb\'f3\'e3\'e8 PS: \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 MT (\'e8\'ed\'f2\'e5\'f0\'e0\'ea\'f2\'e8\'e2\'ed\'ee\'e5)\par
\pard\sb100\sa100\b0\fs24\'c2 \'ef\'f0\'e8\'ec\'e5\'f0\'e5 PS \'ee\'e1\'ee\'f0\'f3\'e4\'ee\'e2\'e0\'ed\'e8\'e5 \'ef\'ee\'eb\'fc\'e7\'ee\'e2\'e0\'f2\'e5\'eb\'ff \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ef\'f0\'e8\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 IMSI PS \'e8 \'e2\'f5\'ee\'e4\'e8\'f2 \'e2 \'f1\'ee\'f1\'f2\'ee\'ff\'ed\'e8\'e5 PMM-IDLE. SGSN \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'f2 \'ed\'e8\'f1\'f5\'ee\'e4\'ff\'f9\'e8\'e9 PDU \'e8 \'ef\'ee\'f1\'fb\'eb\'e0\'e5\'f2 \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3 \'ef\'ee \'f1\'f3\'f9\'e5\'f1\'f2\'e2\'f3\'fe\'f9\'e5\'ec\'f3 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'fe RRC, \'ea\'e0\'ea \'ef\'e5\'e9\'e4\'e6\'e8\'ed\'e3 \'f2\'e8\'ef\'e0 II \'ee\'f2 UTRAN \'ea UE.\par
UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'e1\'ed\'ee\'e2\'eb\'e5\'ed\'e8\'e5 \'ff\'f7\'e5\'e9\'ea\'e8, \'f0\'e5\'e0\'eb\'e8\'e7\'f3\'e5\'f2 \'ed\'ee\'e2\'ee\'e5 \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'e5 \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 PS \'f1 SGSN, \'ef\'e5\'f0\'e5\'e4\'e0\'e5\'f2 \'e7\'e0\'ef\'f0\'ee\'f1 \'ed\'e0 \'ee\'e1\'f1\'eb\'f3\'e6\'e8\'e2\'e0\'ed\'e8\'e5 \'f1 \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e5\'e9 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP \'e8 \'f0\'e0\'f1\'ef\'f0\'e5\'e4\'e5\'eb\'e5\'ed\'e8\'e5\'ec RAB \'e8 \'ef\'f0\'e8\'ed\'e8\'ec\'e0\'e5\'f2 \'f0\'e0\'e7\'f0\'e5\'f8\'e5\'ed\'e8\'e5 \'ed\'e0 \'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'fe \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP. \'cf\'ee\'f1\'eb\'e5 \'e7\'e0\'e2\'e5\'f0\'f8\'e5\'ed\'e8\'ff \'ef\'e5\'f0\'e5\'e4\'e0\'f7\'e8 \'e4\'e0\'ed\'ed\'fb\'f5 \'f3\'f1\'eb\'f3\'e3\'e0 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e0\'e5\'f2\'f1\'ff \'ef\'f3\'f2\'e5\'ec \'e4\'e5\'e0\'ea\'f2\'e8\'e2\'e8\'e7\'e0\'f6\'e8\'e8 \'ea\'ee\'ed\'f2\'e5\'ea\'f1\'f2\'e0 PDP \'e8 \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff RAB.\par
\'c2 \'ea\'ee\'ed\'f6\'e5 UE \'e2\'fb\'ef\'ee\'eb\'ed\'ff\'e5\'f2 \'ee\'f2\'ea\'f0\'e5\'ef\'eb\'e5\'ed\'e8\'e5 PS \'ef\'f3\'f2\'e5\'ec \'ee\'f1\'e2\'ee\'e1\'ee\'e6\'e4\'e5\'ed\'e8\'ff \'f1\'ee\'e5\'e4\'e8\'ed\'e5\'ed\'e8\'ff \'f1\'e8\'e3\'ed\'e0\'eb\'e8\'e7\'e0\'f6\'e8\'e8 PS.\cf1\f2\fs20\par
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DICT_NUMBER��30DICT_NUMBER��OODICT_NUMBER �The equipment of the user in condition MM-IDLE carries out updating LA when it enters in new LA, and also carries out periodic updating LA to support registration of the fresh data on condition UE in VLR and HLR.�1>@C4>20=85 ?>;L7>20B5;O 2 A>AB>O=88 MM-IDLE 2K?>;=O5B >1=>2;5=85 LA, :>340 >=> 2E>48B 2 =>2CN LA, 0 B0:65 2K?>;=O5B ?5@8>48G5A:>5 >1=>2;5=85 LA, GB>1K ?>445@6820BL @538AB@0F8N A2568E 40==KE > A>AB>O=88 UE 2 VLR 8 HLR.DICT_NUMBER��
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DICT_NUMBER��	DICT_NUMBER���yDICT_NUMBER����Procedure of striking off exists in 3 various versions, determining the initiator of procedure, i.e. initiated UE, SGSN or HLR. Below in figure the combined procedure of striking off GPRS/IMSI is shown.�@>F54C@0 >B:@5?;5=8O ACI5AB2C5B 2 3-E @07;8G=KE 25@A8OE, >?@545;ONI8E 8=8F80B>@0 ?@>F54C@K, B.5. 8=8F88@C5<0O UE, SGSN 8;8 HLR. 865 =0 @8AC=:5 ?>:070=0 :><18=8@>20==0O ?@>F54C@0 >B:@5?;5=8O GPRS/IMSI.DICT_NUMBER��		DICT_NUMBER��

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DICT_NUMBER��-DICT_NUMBER��END_OF_SENTENCE0of attachment IMSI is used only&To execute connection of the signal system from UE to CN, it is necessary to execute connection RRC from UE to UTRAN (RNC) and connection Iu from UTRAN to CN. If it is required, separate connections of the signal system are carried out from UE to each domain CN.�'B>1K 2K?>;=8BL A>548=5=85 A83=0;870F88 >B UE : CN, =5>1E>48<> 2K?>;=8BL A>548=5=85 RRC >B UE : UTRAN (RNC) 8 A>548=5=85 Iu >B UTRAN : CN. A;8 B@51C5BAO, >B45;L=K5 A>548=5=8O A83=0;870F88 2K?>;=ONBAO >B UE : :064><C 4><5=C CN.DICT_NUMBER��
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