System and method for multimedia broadcast and multi-address service in mobile communication network

FIELD: mobile communications.

SUBSTANCE: invention concerns mobile communication with multi-station access with code channel separation containing multiple radio network controllers, multiple service nodes for GPRS support, connected to each radio network controller and multiple user equipment, made with possible connection to radio network controller via radio means. Maintenance nodes for GPRS support control procedure, related to multimedia broadcast/ multi-address service, for groups of user equipment stations, requesting current service. GPRS nodes by default are marked for each next service of multimedia broadcast/multi-address service. By default GPRS node through radio network controllers sends multimedia/multi-address data for current service to user station groups, which requested current service.

EFFECT: higher efficiency.

4 cl, 19 dwg

 

This invention in General relates to a device and method for creating a channel for multimedia broadcast/multicast service in a mobile communication system, in particular to a device and method for creating a channel in response to a request for a multimedia broadcast/multicast service.

In connection with the development of the telecommunications industry at the present time, the service provided by the mobile communication system multiple access code division multiplexing (hereinafter mdcr), evolves in multicast multimedia communication, which transmits speech data service and such high-capacity data as packet data and channel data. To provide multimedia multicast communication must broadcast/multicast service in which one data source provides service to many equipment users (each, FOB). Broadcast/multicast service can be divided into cell broadcast service (WCS), which is the service message, and a multimedia broadcast/multicast service (hereinafter MWMO), which provides multimedia data such as image and speech in real time, a still image, and text.

ITS is a service for broadcasting multiple messages in all Fobs that are in the area of the maintenance. This service area, which provide ITS may be the area in which ITS offer in a single cell. MWMO is a service that simultaneously provides voice data and image data, and it requires a large number of transmission resources. MWMO provide for the broadcast channel, because at the same time in the same cell can provide many types of services.

As described above, in a conventional mobile communication system, where the same query on MWMO take many Fobs, managed by the same cell or the same radio network controller (hereinafter cattle): channels or data channels, MWMO in this system should be administered separately in response to each request from the FOB.

Therefore, the conventional mobile communication system requires some procedure of transmitting signals to provide the same service MWMO for many Fobs. But if some set of channels (or data channels, MVMO) appointed to provide the same service MWMO different FOB, it can happen a waste of resources and can complicate the procedure for transmission of signals.

Therefore, the objective of the invention is to provide a device and method of efficiently assigning resources to set FOB that request Odin the TV service MWMO in the mobile communications system.

Another objective of this invention is to provide a device and method for the appointment of the minimum number of data channels in the FOB that request the same service MWMO in the mobile communications system.

Another objective of this invention is to provide a device and method to facilitate transmission of signals to assign a channel through the control channel in accordance with the FOB, which take specific service MWMO.

Another objective of this invention is to provide a device and method for managing information generated by one cattle for specific maintenance MWMO.

Another objective of this invention is to provide a device and method for managing information generated by one of cattle in relation to a specific service MWMO with one AUPR (Administrative Host Serving ODA (Total Batch Radiologiya)).

According to the first features of this invention: to provide a device for providing a service of MVNO Multimedia Broadcast/Multicast Service for groups FOB (Equipment Users)requesting service, MWMO, in the mobile communication system multiple access code division multiplexing (mdcr), which includes a lot of control of lerow radio network (cattle), many of AUPR (Administrative Node Serving ODA (Total Batch Radiologiya))connected to each of the cattle, and many FOB connected to cattle with radio equipment and providing service MWMO for FOB. Device: FOB request the desired service MWMO and accept service MWMO when prompted. Cattle transmit data relating to the service MWMO, FOB connected to these controllers from FOB requesting this service. AUPR control procedure relating to service of MVNO for FOB requesting this service. AUDI default separately designate for service of MVNO; and AUPR by default, passes AUPR for maintenance MWMO in the FOB that has requested the service MWMO - through controllers cattle.

In accordance with another feature of this invention to: provide a way to determine AUPR (Administrative Host Serving ODA (Total Batch Radiologiya)) by default to provide maintenance MWMO (Multimedia Broadcast/Multicast Service) for FOB requesting service, MWMO, in the system of mobile communications and code division multiplexing (mdcr), with the first group, which includes multiple radio network controllers (red), the second group, which includes many of AUPR connected with each the output of the cattle in the first group, and many groups FOB connected to cattle with radio equipment. According to this method: receive, via one of the cattle, service request for this service MWMO; if the default AUPR corresponding to the service MWMO in the received service request, cattle are not saved, then accepted a request for maintenance of cattle selects one of AUDI as AUDI default; report, using the selected AUPR by default, all other cattle except accepting the service request of cattle that service MWMO manages AUPR by default.

According to the third characteristics of the present invention to: provide a way to determine AUPR (Administrative Host Serving ODA (Total Batch Radiologiya)) by default to provide maintenance MWMO (Multimedia Broadcast/Multicast Service) for groups of equipment users (FOB)requesting service, MWMO, in the system of mobile communications and code division multiplexing (mdcr), with the first group, which includes multiple radio network controllers (red), the second group, which includes many of AUPR connected with each of the cattle in the first group, and many FOB connected to the controllers of cattle with by using radio equipment. According to this method: receive, via one of AUDI, a request to rinse the tion for this service MWMO; if the default AUPR corresponding to the service MWMO, in the received service request of cattle is not stored, then accepted a request for service AUDI chooses himself as AUDI default; and report using the selected AUDI default, other AUPR that service MWMO manages AUPR by default.

In accordance with a fourth feature of the present invention: provide service MWMO (Multimedia Broadcast/Multicast Service) is one of AUDI (Administrative Host Serving ODA (Total Batch Radiologiya)) from among the many AUDI in the system of mobile communications and code division multiplexing (mdcr), containing a number of radio network controllers (cattle), many of AUPR connected to each of the cattle, and many FOB connected to the controllers of cattle with radio communication equipment; and provide service MWMO for FOB. According to this method: using the cattle that received the service request for MWMO maintenance of the number of controllers cattle: designate a particular one of AUDI as AUDI default, taking into account the load of each of AUPR; transmit ID to identify the service MWMO and the ID for identifying AUDI default for this AUDI default; and determine, using AUDI default, there l is the availability of this service MWMO; and transmit the identifier to identify the service MWMO and the ID for identifying AUPR by default, all other cattle - except cattle that received the service request for this service MWMO.

Brief description of drawings

The above and other objectives, features and advantages of this invention will become more apparent from the following detailed description in conjunction with the accompanying drawings, on which:

Figure 1 schematically illustrates a mobile communication system ICRAN for maintenance MWMO according to the implementation of the present invention;

Figure 2 is a block diagram illustrating the procedure for creating a transmission channel in accordance with the service MWMO;

3 - stage scheme procedures for the transfer of signals to assign a transmission channel according to the current maintenance MWMO;

4 is a step diagram of a procedure of transmitting signals to assign a transmission channel according to the service MWMO planned for subsequent implementation;

5 is a schematically illustrates the structure of a mobile communication system according to the structure of the lu-Flex, for which the appropriate use of the present invention;

6 is a step diagram, schematically illustrating cited as an example of the transmission channel, which can offer the raison d'être in the mobile communication system with the structure of the lu-Flex according to one implementation of the present invention;

7 - step diagram illustrating a procedure for transmitting signals to the destination of the transmission channel in the original service MWMO in the mobile communication system with the structure of the lu-Flex according to one implementation of the present invention;

Fig - step diagram illustrating a procedure for transmitting signals to assign a new channel transmission service MWMO in the mobile communication system with the structure of the lu-Flex according to one implementation of the present invention;

Fig.9 - step diagram illustrating a procedure for transmitting signals to assign a new channel transmission service MWMO in the mobile communication system with the structure of the lu-Flex according to one implementation of the present invention;

Figure 10 - step diagram illustrating a procedure for transmitting signals to inform the right Side of the beginning of the maintenance MWMO planned for subsequent delivery to the mobile communication system with the structure of the lu-Flex according to one implementation of the present invention;

11 - step diagram illustrating the procedure of transmitting signals that occur when the FOB selects the service MWMO in the mobile communication system with the structure of the lu-Flex according to one implementation of the present invention;

Fig - step diagram illustrating a procedure for transmitting signals to complete the running in this m the ment maintenance MWMO in the mobile communication system with the structure of the lu-Flex according to one implementation of the present invention;

Fig - step diagram illustrating a procedure for transmitting signals to the destination of the transmission channel in the original service MWMO in the mobile communication system with the structure of the lu-Flex according to one of the implementations of the present invention;

Fig - step diagram illustrating a procedure for transmitting signals to assign a new channel transmission service MWMO in the mobile communication system with the structure of the lu-Flex according to one of the implementations of the present invention;

Fig - step diagram illustrating a procedure for transmitting signals to assign a new channel transmission service MWMO in the mobile communication system with the joint structure according to one of the implementations of the present invention;

Fig - step diagram illustrating the procedure of transmitting signals that occur when the FOB selects the service MWMO in the mobile communication system according to another implementation of the present invention;

Fig - step diagram illustrating a procedure for transmitting signals to complete the offer at the moment maintenance MWMO in the mobile communication system with the structure of the lu-Flex according to another implementation of the present invention;

Fig - step diagram illustrating a procedure for transmitting signals according to which the message is unavailable level (WELL) used for the purpose of the transmission channel in the service MWMO in the mobile communication system with the structure of the lu-Flex according to one implementation of the present invention; and

Fig - step diagram illustrating a procedure for transmitting signals to the creation and release of the data channel before the end of the maintenance MWMO after the data transfer, MWMO was actually started in the mobile communication system with the structure of the lu-Flex according to implementations of the present invention.

Following is a detailed description of several preferred embodiments of the present invention with reference to the accompanying drawings. In the drawings, similar elements are denoted by the same reference positions although they are illustrated in different drawings. A detailed description is included in this invention are known functions and configurations not described for brevity.

First, below is the definition of terms used in the implementation of the present invention. The term “data MWMO” denotes data for maintenance MWMO provided by the service provider for the FOB; and the term “AUDI” refers to the specific AUDI, which manages the information of a particular service MWMO, among AUPR classified in the same group.

Figure 1 illustrates the basic structure of a mobile communication system, which is used to implement the present invention. Figure 1 illustrates the basic elements to provide maintenance MWMO and the illustration is imagers and their interconnectedness in a mobile communications system.

Referring to Figure 1: the FOB 101 is a subscriber device, configured to receive data MWMO provided for servicing MWMO. SRUS (Terrestrial Radio access Network Universal Mobile Telecommunication) 102 is a device for data maintenance MWMO in the FOB 101 and includes cattle (Radio network Controller) and node B (not shown). AUPR (Administrative Node Serving ODA (Total Batch Radiologiya)) 103 manages the maintenance of MVMO each FOB. Usually AUPR 103 manages the credentials of each FOB and selectively transmits data MWMO in certain NRUS. AMPRO (Administrative Site Internetwork Packet Cellular) 104 selectively transmits data MWMO PS (content provider) 106 taken from AB-SK (Main Viewing System Resources-Service Channel) 105 in particular AUPR, and has all the credentials of all the FOB, which took data MWMO. AB-SK 105 represents the source data MWMO and conducts planning data MWMO. AB-SK 105 also authenticates the provider data MVNO to provide maintenance MWMO for FOB. Broadcast centre cell (hereinafter VCA) 107 informs the FOB on the menus relating to the offer at the moment, MWMO, or information about the service MWMO scheduled for the next maintenance Service MWMO, provided subsequently refers to the service MWMO that cannot at this time provide for the reason that it is impossible to assign the services or resources provided in this mobile communication system, but which can be submitted later, when you assign resources. Register subscribers (hereinafter RA) 108 stores sensitive data registered FOB and identifies FOB requesting service connection, or FOB, requesting data MWMO.

Figure 2 is a block diagram illustrating a procedure for assigning channels each FOB to receive maintenance MWMO from a mobile communication system. That is, Figure 2 illustrates the procedure of zapisywania FOB in a given cell and then create a channel for receiving data MWMO based on the functions illustrated in figure 1 of the elements and their interrelations. According to Figure 2: the procedure for creating a channel for data transmission MWMO is divided into two procedures according to the characteristics of the service MWMO selected data FOB. In this document the term “characteristic maintenance MWMO” refers to available at this time, the service MWMO or service MWMO provided later.

First is a description of admission procedures in the FOB option for receiving data MWMO for the selected service MWMO when the selected equipment FOB service is of MVMO available at this time, the mobile communication system. Figure 3 illustrates the procedure of the transmission signals for reception in the FOB 101 data MWMO, currently provided by the mobile telecommunications system. Here the parameter reception data MWMO may contain related to the physical channel information and related to the transport channel information. If before sending the corresponding service MWMO encrypt, then this parameter can also contain the information necessary to decrypt data MWMO.

Referring to Figure 2 and 3: if step 201 nutrition FOB 101 is enabled, the FOB 101 performs registration (initial registration) in a certain cell on the stage 202. For registration in a particular cell: FOB 101 can use an existing registration procedure. That is, the FOB 101 establishes a connection URR (radio resource Management) with NRUS 102 and then sends its own value MEME (international Mobile Subscriber identity) in AUPR 103 with a message WELL (Not Level). AUDI 103 then requests the RA 108 make check: registered earlier this FOB, which performs the initial registration.

At step 203: FOB 101 receives information about the type of service MWMO, present in the moment in the cell, or planned for the future. In this moment VCA 107 can be used to broadcast information relating to about the service of MVNO. Example of a procedure of transmitting signals for broadcasting-related service MWMO information using VCA 107 can be stages 302 and 303 - 3. At step 204 FOB 101 selects the desired service MWMO, based on the received related to service MWMO information. In addition, the FOB 101 determines whether the currently selected service or is it planned for the future. If the selected service MWMO currently available, the FOB 101 can receive the necessary data MWMO on stages 211-213. At step 211: FOB 101 provides for NRUS 102 type information needed for maintenance MWMO and information required for authentication. NRUS 102 then determines whether it can provide the service MWMO selected equipment FOB 101, based on the information received from the FOB 101. Participating at this stage, elements, and example procedures for the transfer of signals between them are presented on the stages 304 and 305 - 3. At step 304: FOB 101 transmits the ID of the selected service MWMO and its own special identifier (e.g., MEME) in AUPR 103. AUDI 103 then at step 305 - manages the RA 108 about the possibility of authentication FOB 101 and the reception of the selected service MWMO. At step 212: FOB determines the success of the authentication. If the FOB 101 has the right to receive the selected service MWMO, it p is regedit to step 213. NRUS 102 then passes the FOB 101 information for transmission of the selected data MWMO. In this case, an example of the expected procedures for the transfer of signals between NRAS FOB 102 and 101 are represented by steps 306, 307, 308, 309 and 310 - 3. If AUPR 103 informs NRUS 102 that authentication FOB 101 successfully completed at step 306, NRUS 102 provides for the FOB 101 information necessary for receiving the selected data MWMO - stage 307. After successful creation of the channel on the basis of information necessary for reception of the selected data MWMO, FOB 101 reports the summary in NRUS 102 at step 308. At step 309: NRUS 102 again transmits the resulting information in AUPR 103. At step 310: AUDI 103 informs AMPRO 104 that certain OP start receiving relevant data MWMO. Stage 310 is designed to transfer the main account data corresponding to reception of the service MWMO, and its description as the description of the accounting system, can not lead. For example, if the credentials FOB controls AUPR 103, step 310 can be omitted. Either step 310 can be performed upon completion of service. But if the service request, MWMO not made for the reason that the FOB 101 cannot receive the selected data MWMO, NRUS 102 may refuse to provide the service selected MVNO.

Followed the procedure to create a channel for maintenance MWMO, when service is of MVMO, selected using the FOB planned for the future. Related to MWMO elements and the expected procedure for the transfer of signals between them is illustrated in figure 4.

Referring to Figure 2 and 4: if the FOB 101 determines at step 204 that is selected by the FOB 101 data MWMO will be provided then the method proceeds to step 205. At step 205: FOB 101 can pre-register receive proper maintenance. Thus the expected procedure for the transmission of signals can be represented by steps 404, 405 and 406 - 4. At step 404: FOB 101 transmits the ID of the selected service MWMO and your own FOB - ID AUPR 103. ID FOB may contain MIME, PVIS (Packet-Temporary Naming the Mobile Station) or RSVI (Radioslave Temporary Name). PVIS is the ID of the FOB, which was appointed by the network or packet-switched node AUPR; RSVI is the ID of the FOB assigned to the channel network, or EXPO. AUDI 103 then, at step 405, manages the RA 108 about the possibility of receiving the selected data MWMO relevant FOB 101. If the FOB 101 may receive the selected data MWMO, AUDI 103 reports in the FOB that the registration service at step 406 was successful. In this case, AUDI 103 may appoint VIMG (Temporary Name of a Multicast Group), ID FOB, naznaczony is as a General identifier of the selected service MWMO. At step 407: AUDI 103 according to AMPRO 104 that was accepted service request, MWMO selected in NRUS 102, which manages AUDI 103. AMPRO 104 again transmits information supplied from AUDI 103, in the AB-SK 105. At this stage you can create a channel for proper maintenance of MVMO between AB-SK (source MWMO) 105 and AUPR 103.

At step 206: FOB 101 may be previously notified the relevant elements that the selected data MWMO will soon be provided. The time when the information was to be provided by the elements before the actual data representation of MVMO, can be defined in different ways. For example, the procedure of transmitting signals that can be used at step 206, represented by stage 408 - 4. At step 408: AB-SK 105 determines the provision of selected data MWMO with planning and then announces the result in the corresponding AUPR 103. AUDI 103 then announces the result to the appropriate groups FOB through NRUS 102. As the method declarations for the corresponding FOB about the start of the relevant maintenance MWMO you can use the search procedure call, which is valid in the existing asynchronous mobile communication system mdcr.

Learn about the beginning of the selected service MWMO at step 206, the FOB 101 confirms the reception of the corresponding data MWMO at step 207. Pricingthe is even the FOB, which previously requested service MWMO, and can not receive data MWMO - because of the circumstances. NRUS 102 may re-identify the FOB 101, which has requested the respective data MWMO. This corresponds to steps 409 and 410 - 4. At step 409: FOB 101 can transmit its own special ID: ID WIMG or MWMO.

At step 208: FOB 101 determines the success of identification of the FOB. If it is determined that the identification FOB occurred successfully, the FOB 101 executes the process of creating a channel for MWMO between NRAS FOB 102 and 101 and between NRAS 102 and AUPR 103 - stage 209. Steps 411, 412, 413 and 414 in figure 4 illustrate an example of creating the appropriate channels using the procedure previously defined in the existing asynchronous mobile communication system mdcr.

At step 415: AUDI 103 informs AMPRO 104 that the respective FOB 101 receives the data of MWMO. Because step 415, similar to step 310 according to Figure 3, is designed to transfer the main account data corresponding to reception of the service MWMO, so it can be skipped according to the accounting system. Or step 415 can be performed after the termination of service.

The invention above described assuming that the mobile communication system includes one NRUS and one AUDI. But this invention t is the train applicable to a mobile communication system, contains many NROS and AUDI. In the following description, reference is made to a method of creating a transmission channel for maintenance MWMO in the mobile communication system containing many NROS and AUDI. Next, the following description enter the structure of the lu-Flex to subdivide the lot RDS (Radio access Network) by a specified number of groups and to define groups using the terms “unified field CS” and “unified field PS”.

Figure 5 illustrates the relationship between cattle and fixed network when using lu-Flex. Figure 5 channels between cattle and EXPO (Nodes Switching Messages Moving Objects) are used for channel maintenance, and channels between cattle and AUPR used for batch service. Since this invention relates to data transmission, MWMO, therefore, the description of the present invention is provided in the example of signal transmission between cattle and AUDI.

Referring to Figure 5: applying the concept of lu-Flex can be connected a lot of cattle to the fixed network through a lot of AUDI (or EXPO). Cattle, which are operated jointly with AUDI, called “the joint region PS”; and cattle, which are operated jointly with EXPO, called “the joint region CS. While such devices are located in the same hierarchical position as EXPO and AUPR, called “basic network” (BS). Each is th AUPR (or EXPO) has the IRS (the resource ID of the Network), assigned its own special identity. IRS becomes part of PVIS (or Sims) - temporary ID assigned to this FOB. That is, when cattle must create a connection to a fixed network to provide a batch (or channel) services for FOB, the connection between cattle and certain AUPR (or EXPO) set on the basis of the IRS included in PWIS (or Sims), which is assigned to the FOB. If the FOB PVIS (or Sims) not assigned during initial registration, the cattle establishes a connection with a particular AUPR (or UESPA) subject to load AUPR (or MCC). Appropriate AUPR (or EXPO) assigns to PWIS (or Sims) your own IRS, which was assigned to the FOB.

If this how to create a channel for data transmission MWMO described relative to Figure 3 or 4, is used in the situation when using the concept of lu-Flex, the data transmission channel, MWMO re-formed in the same combined PS, which is undesirable. That is, according to Figure 5: if the data group Fobs, which are combined PS No. 2, choose the same service MWMO and then report to the appropriate AUPR the result of a choice, then you will have 12 possible channels of transmission to cattle according to which these groups FOB, and according to the type of the corresponding AUPR - 6.

According to Fig.6: each PSA has a number of different channels, corresponding to AUDI. For example, Region No. 2 site PSAs are connected with AUDI NO. 3, AUDI No. 4 and AUPR No. 5 using three different channels 601, 602 and 603, respectively; and Area No. 3 site PSAs are connected with AUDI NO. 3, AUDI No. 4 and AUPR No. 5 in three different channels 604, 605 and 606, respectively. This Area No. 6 node DDS is connected with AUDI NO. 3, AUDI No. 4 and AUPR No. 5 in three different channels 607, 608 and 609, respectively; and Region No. 7 node DDS is connected with AUDI NO. 3, AUDI No. 4 and AUPR No. 5 in three different channels 610, 611 and 612, respectively. In addition, AMPRO connected with AUDI NO. 4, AUDI No. 5 and AUPR No. 6 in three different channels 613, 614 and 615.

But since AUDI NO. 3, AUDI No. 4 and AUPR No. 5 run the same combined area of PS (Area No. 2 site Wed, Region No. 3 site Wed, Region No. 6 node DDS and Region No. 7 node DDS), then this will be enough to AMPRO created a data transmission channel, MWMO only one of AUPR; and it will be enough to AUPR transmitted data MVNO in the corresponding Raman (or nodes Wed). In this case, the number actually required channel data MWMO is 5: 4 between the Area of the node DDS and AUDI, and 1 between AUDI and AMPRO.

This invention provides a method of effective channel formation to provide maintenance MWMO even in the case of applying the concept of lu-Flex service MWMO.

This is predlagajutsja two options for implementation.

(1) Method of information management of AUDI default with cattle;

(2) Method of information management of AUDI default using AUDI.

Information AUPR default (hereinafter represented by the argument Def_SGCN_MBMS_sel) has a value corresponding to the ID AUPR designated as AUPR by default.

1. The method of information management by default, using cattle

First is a description of the method of effective development using cattle transmission channel to provide maintenance MWMO on the basis of information AUPR by default.

In order Raman managed information by default, AUPR related to the corresponding service MWMO, you need to define additional rules for the case when the concept

lu-Flex does not apply.

(1) cattle must remember and manage information AUPR default according to the identifiers of MVMO and to provide for other AUDI relevant information.

(2) Information AUPR default is set when the FOB selects the appropriate service FOB and then informs cattle on the selection, or when other AUPR provide for cattle information AUPR by default.

(3) If AUPR default relating to the service MWMO, selected certain of the FOB, not indicated, the cattle has a value corresponding to identyfikatora, calculated from PVIS this FOB, as AUPR by default.

(4) cattle memorizes the value of AUPR default maintenance MWMO adopted from other AUDI.

(5) AUDI designated as AUDI default for this service MWMO when he is not related to the corresponding service MWMO information (information on the FOB, VIMG and others), provide the identifier of MVNO and its own ID to all cattle belonging to this combined PS.

(6) Upon completion of a specific service MWMO appropriate AUPR default shall announce the termination of the relevant service to all cattle belonging to this combined PS; and then cattle are washed relevant information.

The description hereinafter set forth in example re-definition signal transmission defined in Figure 3 and 4, is based on the above rules.

For convenience of presentation: provides a separate description with reference to the first method of initial registration for a specific service MWMO among groups FOB-specific combined PS; and a second selection method of the same service MWMO other Side belonging to the same combined PS after successful execution of the first method.

1.1 initial registration for competitive advantage is to maintain maintenance MWMO

7 illustrates a method of selecting a certain service first FOB from a number of groups FOB-specific combined PS. This procedure corresponds to steps 404 - 406 Figure 4. According to Fig.7, it is assumed that the FOB No. 1 is located in a region (Region number 1 site PSAs), which manages cattle No. 1, and has PVIS, appointed by AUDI No. 1 in the process of initial registration. It is also assumed that cattle No. 1, cattle No. 2 and red No. n belong to the same combined PS 701; and that the combined area of PS 701 jointly manage AUPR NO. 1, AUDI No. 2 and AUPR No. 702 n.

Referring to Fig.7: FOB # 1 on the stage to receive service acquires information about available service MWMO from the cell, which is now in FOB No. 1, and then selects a specific service available MWMO. If you select this service MWMO, FOB No. 1 reported for cattle No. 1 applies to FOB No. 1, that you choose this service at step 703. At this time, FOB No. 1 passes in cattle No. 1 its own identifier (e.g., PVIS) and the ID of the selected MVNO. This corresponds to the procedure performed between FOB and NRUS at step 404 according to Figure 4.

Cattle No. 1 then verifies and modifies the information AUPR default related to the selected service MWMO, based on information received from the FOB No. 1 - stage 704. Procedure re the ACI signals, illustrated in figure 7, perform according to the service MWMO first selected equipment FOB # 1 in a particular combined PS. Therefore, it is obvious that the parameter Def_SGSN_MBMS_sel related to a specific service MWMO not yet formed. Determining that the parameter related to the service MWMO selected equipment FOB No. 1, missing, cattle No. 1 indicates the ID AUPR (or AOPR default), the appropriate IRS calculated from PVIS, ID FOB No. 1 as the parameter Def_SGSN_MBMS_sel. That is, the value of the parameter Def_SGSN_MBMS_sel to identify appropriate AUPR present value ID_NNS (Cross-domain Selector Node WELL) can be assigned, or you can assign a different constant by using a specific formula to identify AUDI default. In implementing the present invention: the value of the parameter Def_SGSN_MBMS_sel set as a value corresponding to the ID AUPR No. 1. If the value of the parameter Def_SGSN_MBMS_sel set successfully, cattle No. 1 can manage the information illustrated in Table 1, about the service MWMO selected FOB No. 1.

Table 1
Value
ID maintenance MWMOID maintenance MWMO selected the initial equipment FOB No. 1
Def_SGSN_MBMS_selID AUPR No. 1

Cattle No. 1 should manage the information Table. 1 according to the service MWMO.

If the required information is set to the specified procedure, the cattle No. 1 transmits the ID of the service MWMO selected equipment FOB No. 1, and the value 706 parameter in AUDI No. 1 at step 705. Of course, after the authentication ID FOB No. 1 must be passed together. This corresponds to the procedure for transfer relating to the registration service signal from NRAS in AUPR at step 404 according to Figure 4.

At step 707 AUDI No. 1 performs the authentication process FOB # 1 on the basis of the information managed by the RA. This is identical to step 405 Figure 4. If authentication FOB No. 1 successfully completed the authentication process, AUDI No. 1 concludes that AUDI default for maintenance MWMO selected equipment FOB No. 1, is himself AUDI No. 1. If AUDI No. 1 concludes that AUDI No. 1 is AUPR default, corresponding to the selected service MWMO, AUDI No. 1 determines that it has no information about the selected service MWMO. Then AUDI No. 1 introduces the hardware ID FOB # 1 in the groups list, FOB, which has appointed WIMG related to the selected service MWMO, and then requested the provision with the relevant service. At step 708: AUDI No. 1 informs all cattle (cattle No. 2 - cattle # n)that belong to the same combined PS that cattle No. 1, that AUDI No. 1 marked as AUDI default. Passed this information includes the ID of the service MWMO selected equipment FOB No. 1. Information Def_SGSN_MBMS_sel provided for AUDI No. 1 of cattle No. 1, you can also send together (see 709).

In response to this procedure: cattle No. 2-cattle # n set the parameter Def_SGSN_MBMS_sel related to a specific service MWMO, in the same way that it makes cattle No. 1 at step 704. Then at step 710 cattle No. 2-cattle # n provide for AUDI No. 1 setpoint Def_SGSN_MBMS_sel specific service MWMO (see 711). It is the process of confirming that AUDI No. 1 successfully registered as AUDI default. If the steps 708-710 executed successfully, cattle No. 2-cattle # n can manage the same information, which according to the Table. 1 controls cattle No. 1.

At step 712 AUDI No. 1 passes Def_SGSN_MBMS_sel in cattle No. 1 (see 713), thereby informing cattle No. 1 stating that you have successfully registered the service MWMO selected equipment FOB No. 1. At step 714 cattle No. 1 reports for FOB # 1 of that service selected MWMO was successfully registered. This procedure corresponds to step 406 according to Figure 4. At this time WIMG you re the AMB together as described with reference to Figure 4.

In the described above process FOB No. 1 finishes the registration process for the selected specific maintenance MWMO with cattle No. 1 and AUPR No. 1. Other steps are similar to step 408 and subsequent stages according to Figure 4, are set out below. When comparing the procedures for the transfer of signals according to Figure 4 with the procedure for transfer of signals, implemented through the use of patterns lu-Flex, it becomes apparent that introduces a new parameter, managed by cattle. In addition, it may also be noted that cattle are supplemented by process (704) forming and changing the values of each parameter. Of course, impose additional transfer process signals (steps 708 and 710); and for the same procedure, which is illustrated in figure 4, even essential information you need to pass additional (see 706, 709 and 711).

1.2 the registration Procedure initially registered for a particular service MWMO

Below is a description of the process, according to which, after FOB No. 1 successfully completes the initial registration procedure for a specific service MWMO other bands FOB belonging to the same combined PS that FOB No. 1, requesting the registration for the same service MWMO. For convenience, below separately describes the first registration process, the same day the Iya MWMO with other AUPR; and the second registration process maintenance MWMO using AUDI No. 1, identified previously as AUPR by default.

1.2.1 Registration using AUPR that are not AUPR default

Fig illustrates an example of a procedure of transmitting signals, waiting for a certain FOB (hereinafter FOB No. 2)belonging to the same combined PS that FOB No. 1, registers the same service MWMO that service MWMO provided equipment FOB No. 1 with AUDI that are not AUPR No. 1, identified as AUDI default. According Pig it is assumed that the FOB No. 2 is PVIS assigned by AUDI No. 2.

Addressing Pig step 803 FOB No. 2 chooses the same service MWMO that FOB No. 1, and then sends the service request for the selected service MWMO in cattle No. 2. This FOB No. 2 passes its own special ID and the ID of the selected service MWMO in cattle No. 2. At step 804: cattle No. 2 verifies that AUDI default that corresponds to the selected service MWMO, was designated as AUDI No. 1, on the basis of the corresponding parameter Def_SGSN_MBMS_sel, managed the initial registration procedure relating to service of MVNO selected equipment FOB No. 2. After checking AUPR default: cattle No. 2 determines from PVIS equipment FOB No. 2 that the connection of the transmission si the channels should be set to AUDI No. 2. Then at step 805 cattle No. 2 transmits the ID of the selected service MWMO and the value of the parameter Def_SGSN_MBMS_sel in AUDI No. 2 (see 806). The values of the passed parameters are presented in Table. 1).

At step 807: AUDI No. 2 performs the authentication process for FOB # 2 on the basis of the information managed by the RA. If authentication FOB No. 2 is executed successfully, AUDI No. 2 passes to step 808 ID service MWMO selected equipment FOB No. 2, and ID FOB No. 2 (see 809) in AUDI NO. 1, AUPR default. AUDI NO. 1, AUPR selected by default maintenance MWMO includes FOB No. 2 in the list of equipment groups who wish to take an appropriate service MWMO. After new registration FOB No. 2 in the list FOB willing to accept service selected MWMO, AUDI No. 1 informs on stage 810 AUDI No. 2 on that FOB No. 2 is registered. However AUPR No. 1 transmits the ID of the selected service MWMO, ID FOB # 2 and WIMG together (see 811). At step 812: AUDI No. 2 passes Def_SGSN_MBMS_sel in cattle No. 2 (see 813), thereby informing cattle No. 2 that the service MWMO selected equipment FOB No. 2, was successfully registered. At step 814: cattle No. 2 informs FOB No. 2 on successful reception of the selected service MWMO.

The comparison procedure according Pig with the procedure according to Fig.7 shows that the percent of the SS (steps 808-810) information transfer FOB in AUDI, AUPR by default, newly introduced instead of the process (steps 708-711), in which AUDI No. 1, is selected as AUDI default, transmits information according to the Table. 1 related to the selected service MWMO, all cattle belonging to a particular combined PS.

1.2. Check with AUDI default

Fig.9 illustrates an example of a procedure of transmitting signals expected when a particular Side belonging to the same combined PS that FOB No. 1, shall register the same service MWMO that service MWMO provided equipment FOB No. 1 with AUDI NO. 1, AUPR default. The procedure for transmitting signals according to Fig.9 is part of the procedures for the transfer of signals described with reference to Fig.7. That is illustrated in Fig.9 procedure corresponds to steps 703, 704, 705, 707, 712 and 714 7. Because the steps 708-710 represent a process performed in the procedure of initial registration using FOB No. 1, their description is not given. According to Figure 9, it is assumed that the FOB No. 3 refers to cattle No. 1 and FOB No. 4 refers to cattle No. n. And FOB # 3, and FOB No. 4 have PVIS assigned to the node AUDI No. 1. After successful execution illustrated in Fig.9 procedures: AUDI No. 1, is selected as AUDI default, can get information on all FOB who wish to take an appropriate service MWMO, from the number of the and groups of equipment, related to combined PS. Therefore, the transmission channel for transmission of specific data MWMO can only be installed between AUDI No. 1, is selected as AUDI default, and AMPRO.

Referring to Fig.9: FOB No. 3 acquires information about available service MWMO from the cell in which it currently is, using the procedures for obtaining service, and then selects a specific service available. When you select a specific service MWMO FOB No. 3 reported in cattle No. 1, to which it relates, that a certain service MWMO selected at step 901. This FOB No. 3 transmits its own identifier (e.g., PVIS) and the ID of the selected service MWMO in cattle No. 1.

At step 902: cattle No. 1 verifies and modifies the information AUPR default related to the selected service MWMO, based on the information received from the FOB No. 3. Cattle No. 1, establishing that there is a parameter related to the service MWMO selected using the FOB No. 3, denotes the IRS calculated from PVIS, ID FOB No. 3 as a parameter Def_SGSN_MBMS_sel. In this example: the value Def_SGSN_MBMS_sel set as a value corresponding to the ID AUPR No. 1. If the value Def_SGSN_MBMS_sel installed successfully, cattle No. 1 can enter settings in the information illustrated in the Table. 1, and then control and the formation in the service MWMO, selected equipment FOB No. 3.

If the required information is set according to the described above procedure, the cattle No. 1 transmits the ID of the service MWMO selected equipment FOB # 3, and the value 904 parameter in AUDI No. 1-stage 903. At step 905: AUDI No. 1 performs the authentication process equipment FOB # 3 on the basis of the information managed by the RA. If authentication FOB No. 3 successfully completed, AUDI No. 1 concludes that AUDI default for maintenance MWMO selected equipment FOB No. 3, is itself AUDI No. 1. AUDI No. 1 introduces the hardware ID FOB # 3 in the list of groups of equipment FOB, which requested the relevant service. At step 906: AUDI No. 1 passes Def_SGSN_MBMS_sel in cattle No. 1, thereby informing cattle No. 1 that the service MWMO selected equipment FOB No. 3, was successfully registered. At step 908: cattle No. 1 informs FOB No. 3 that the selected service MWMO successfully registered.

Although the stages 909-916 registration service MWMO selected equipment FOB No. 4, details are not presented, these steps are performed according to the same procedure as steps 901-908, and therefore will not be re-summarized.

1.3 Procedure the Declaration of maintenance for specific maintenance MWMO

Figure 10 shows how the announcement that the rinse is of MVMO actually provided for FOB, for which specific service MWMO was registered according to the procedures Fig.7-9. This corresponds to the procedure of transmitting signals, performed on stages 408-409 according to Figure 4.

Referring to Figure 10: step 1001 AMPRO announces service to AUDI No. 1, is selected as AUDI default: before servicing MWMO selected groups FOB according to Fig.7, 8 and 9.

AUDI No. 1 - after the announcement of the start of the selected service MWMO through AUERO, announces the beginning of the service controllers cattle that control groups FOB requesting reception of the corresponding maintenance MWMO, from among all cattle (cattle No. 1-cattle No. n), related to the specific combined PS: on the steps 1002-1004. As currently available messages you can use the message search call-available message PCR (Applied Component Radio access Network). The search message may be sent to all cattle belonging to this combined PS: if the FOB choosing the appropriate service MWMO, moves to another cell.

Upon receiving the search message: cattle must declare the beginning of a registered maintenance MWMO all relevant groups FOB. This procedure is performed in steps 1005, 1008 and 1012. Available for these steps, the message is the BOJ type search call No. 1 and type search call No. 2. The message type can be selected depending on URR - state of the corresponding FOB. When receiving the search message type # 1 or search for messages of type No. 2: FOB inform the relevant cattle that they will actually accept service MWMO, chosen by them. This procedure corresponds to steps 1006, 1009 and 1013. At step 1006: FOB # 1 and FOB No. 3 inform cattle No. 1 that they will actually accept service selected MVNO. At step 1009: FOB No. 2 reported for cattle No. 2 that it really will accept service selected MVNO. At step 1013: FOB No. 4 informs CRS # n about what it actually will take the selected service MWMO. Currently available, the message includes a response message to the search call.

Cattle inform AUPR connected to the corresponding service MWMO, that appropriate groups FOB now request service MWMO. Ie, cattle No. 1 and red No. n inform AUDI No. 1, is selected as AUDI default, that FOB No. 1, FOB # 3 and FOB No. 4 willing to accept service MWMO. This process corresponds to steps 1007 and 1014. But cattle No. 2 must inform AUDI No. 2 on that FOB No. 2 wishes to accept service MWMO, and AUDI No. 2 must tell it again for AUDI No. 1. This corresponds to steps 1010 and 1011. At step 1011 need to pass the ID of MVMO or VIMG, and the ID of the FOB.

the donkey successful completion of all these steps, the transmission channel for MWMO you can install additional Fobs, Cattle (or NRUS) and AUDI No. 1, is selected as AUDI default: on the steps 411, 412, 413 and 414 according to Figure 4.

1.4. The registration procedure provided for in this time of service MWMO

11 illustrates the procedure, expected, when the FOB selects the service MWMO, which was already initiated in a specific region of the United PS. In this case, all cattle that are included in the merged region PS, already have information about AUDI default to the appropriate maintenance MWMO when all of the stages according to 7 and 10. According to 11, it is assumed that the FOB No. 5 refers to cattle No. 1, and AUDI No. 1 is assigned to PWIS. In addition, it is assumed that AUDI default maintenance MWMO requested by the OP No. 5, has appointed Def_SGSN_MBMS_sel. It is also assumed that, according to 11, AUPR default is defined as Def_SGSN.

Turning to 11: FOB No. 5 selects a previously initiated service MWMO and informs cattle No. 1 on the selection. At step 1102: cattle No. 1 checks the parameter Def_SGSN_MBMS_sel related to service MWMO selected equipment FOB No. 5. In this example: parameter value Def_SGSN_MBMS_sel means Def_SGSN. At step 1103: cattle No. 1 determines, from PVIS equipment FOB No. 5, that the information relating to the service MWMO selected equipment FOB No. 5, must be transmitted in AUDI No. 1, and then listing yet about this for AUDI No. 1. Steps 1101, 1102 and 1103 correspond to step 304 according to Figure 3.

At step 1104: AUDI No. 1 performs the authentication process equipment FOB No. 5 on the basis of the information managed by the RA. The authentication process corresponds to step 305 according to Figure 3. At step 1105: AUDI No. 1 provides the ID of the service MWMO selected equipment OP No. 5, FOB and ID No. 5 for Def_SGSN denoting AUDI default. Def_SGSN introduces FOB No. 5 in the list (for multicast groups) groups FOB for the respective data MWMO, and then at step 1106 informs AUDI No. 1 about the introduction of equipment FOB No. 5. At step 1107: AUDI No. 1 informs cattle No. 1 that the registration FOB No. 5 was successfully completed. This procedure corresponds to step 306 according to Figure 3.

If the service MWMO previously selected equipment FOB No. 5, provide even cattle No. 1, i.e. if related to cattle No. 1 other groups FOB already taking the appropriate service MWMO, cattle No. 1 can pass a parameter required for FOB No. 5, when receiving data, MWMO at step 1109. But when other cattle belonging to the same combined PS that cattle No. 1, provide the relevant data of MVMO, and among groups FOB related to cattle No. 1, FOB, receiving the corresponding data MWMO, not available, it is necessary in this case, the procedure of step 1108 to create channel of the La data transfer MWMO between Def_SGSN and cattle No. 1.

In contrast to the procedure according to Figure 3: the procedure according to 11 also includes the steps 1102, 1104, 1105, 1106 and 1108. Even at step 1103, which has already been defined in figure 3, the value of the parameter transfer is another.

1.5 Completion of a specific service MWMO

According Pig: if a specific service MWMO completed, the relevant information pertaining to AUDI by default, you need to erase. To do this: AUPR by default, passes the ID of the corresponding maintenance MWMO all cattle belonging to the joint region PS. When receiving the ID MWMO: cattle wipe out the information illustrated in the Table. 1, in the corresponding service, managed by them.

1.6 Another example of initial registration for a specific service MWMO

According to the initial registration procedure, described with reference to Fig.7, it is assumed that the FOB requests cattle the provision of a specific service MWMO. But below another example, the initial registration, it is assumed that the FOB requests AUPR to provide a specific service MWMO, and then AUPR informs cattle-on the radio connected to the FOB that specific service MWMO was requested data FOB.

According Pig come from the same assumption that coz the ACLs Fig.7. Fig illustrates the initial process of selecting a specific service MWMO certain FOB from a number of groups FOB-specific combined PS. In this example: information about the service MWMO selected data FOB, include in the message WELL. “Message” is a message that includes content that cattle cannot know. For convenience, proceed from the assumption that cattle No. 1 and red No. 2 together belong to the same combined area PS, and that AUDI No. 1 and AUDI No. 2 is jointly operated by the controllers of cattle belonging to the joint region PS.

Referring to Fig 18: 1801 - FOB related to cattle No. 1, selects a specific service MWMO and then informs AUDI No. 1 on the selection, along with its own special identity. Under the assumption that the FOB has PVIS assigned to the node AUDI No. 1. Related to MVNO identifier to identify a particular service MWMO selected equipment FOB, FOB and ID can be passed to AUDI # 1 Request message to activate the Context of MWMO.

When receiving a Request message to activate the Context of MVMO: AUDI No. 1 checks whether the FOB to take appropriate data MWMO - step 1802. If the verification procedure is successful, then AUDI No. 1 transmits information about the identification, atore, related to service MWMO selected data FOB, cattle No. 1 - phase 1803. The ID information related to the selected service MWMO, you can send through a Request message to Participate in MWMO. Cattle No. 1 then determines whether the indicated whether AUPR default for maintenance MWMO corresponding relating to MVNO identifier based on the received information about the identifier relating to MWMO. If AUPR default is not indicated, the cattle No. 1 indicates a certain AUPR as AUDI default. At step 1804: cattle No. 1 transmits the ID of the FOB and the ID of the selected service MWMO in marked AUPR default using Notification messages about Participation in MWMO. But if AUDI default related to the selected service MWMO already indicated, the cattle No. 1 transmits the ID of the FOB and the ID of the selected service MWMO in the appropriate AUPR default. According Pig it is assumed that AUDI default marked as AUDI No. 2. In this example, this invention provides a way to designate AUDI default for a specific service MWMO with cattle. According to the most simple way: cattle may assign AUDI default given load AUPR as in the known structure of the lu-Flex.

AUDI default specifies information about the selected service is AI, MWMO and then provides all cattle, related to one joint region PS, such as cattle No. 1, the ID of the selected service MWMO and information indicating that it is designated as AUDI default proper maintenance of MVMO - step 1805. But if AUDI No. 2 had already memorized information of the respective service MWMO, he enters the ID FOB, adopted at step 1804, the appropriate related service MWMO information and then proceeds to step 1809.

Steps 1806 and 1808 are the process of creating a channel for transmission of the corresponding data MWMO between AUDI No. 2, identified as AUDI default, and AMPRO. This process is performed when the FOB first selects, at step 1801, the corresponding service MWMO in combined PS, managed node AUDI No. 2. When receiving a request to create a channel to transfer the relevant data from AUDI NO. 2: AMPRO transmits a message about Participating in IP Multicast in a DSS-SC at step 1807, to announce that he also took data MWMO.

At step 1809: AUDI No. 2 assigns WIMG related to the selected service MWMO, and then transmits the assigned WIMG in AUDI No. 1 with Notification messages about creating a Context of MWMO. At step 1810: AUDI No. 1 passes WIMG provided from AUDI No. 2 for the FOB.

As described above, when another FOB, related to the same merge the authorized area PS, as FOB, selects the same service MWMO, the steps 1806, 1807 and 1808 may not lead. At step 1804: cattle (cattle No. 1 or cattle No. 2 in this example) sends the ID of the corresponding FOB and ID service MWMO in AUDI No. 2, previously identified as AUPR by default.

2. The method of information management of AUDI default using AUPR

Below is a description of how information management, illustrated in figure 1, using AUDI. To AUDI managed information related to the corresponding service MWMO, you need to define the following rules - in contrast to the case when lu-Flex does not apply.

(1) AUPR need to remember and manage information AUPR default in accordance with the identifiers of MWMO. For example, even when lu-Flex does not apply, AUDI must manage WIMG and groups list, FOB, who wish to attend the relevant data service according to the service MWMO.

(2) Information AUPR default set when the FOB takes the ID of the service MWMO selected using the FOB or when information about AUDI default take from other AUDI.

(3) If AUPR default relating to the service MWMO selected data FOB not indicated, AUDI represents its own identifier as the mn is in AUPR default. In addition, AUDI provides for other AUPR its own ID and the ID corresponds to MWMO.

(4) AUDI remembers presented in Table. 1 information using the value of AUPR default data MWMO taken from other AUDI.

(5) Upon termination of a particular service MWMO appropriate AUPR by default, passes the ID of the corresponding maintenance MWMO in other AUDI, which jointly manage the combined area of PS; and all AWPR, the host ID of MVMO, erase information Table 1 managed by them.

The following is a description of the re-definition signal transmission, as dened in Figure 3 and 4, based on the additional above rules. For convenience, separate the description with reference to the first process of initial registration for a specific service MWMO among groups FOB-specific combined PS, and the second selection process of the same service MWMO other groups FOB belonging to the same combined PS, after successful execution of the first process.

2.1 initial registration for a specific service MWMO

Fig illustrates the process of selecting a specific service MWMO first FOB from a number of groups FOB-specific merge the authorized area PS. This procedure corresponds to steps 404-406 figure 4 is another example of the same situation, which is described with reference to Fig.7. According Fig: FOB No. 1 is located in a region (Region number 1 site PSAs), which manages cattle No. 1, and it is PVIS assigned to the node AUDI No. 1 in the process of initial registration. It is also assumed that cattle No. 1, cattle No. 2 and red No. n belong to the same combined PS 1301, and the joint region 1301 PS jointly managed nodes AUDI NO. 1, AUDI No. 2 and AUPR # n - 1302.

Addressing Fig: FOB No. 1 acquires on the step acquisition of service information about available service MWMO from the cell, which is now in FOB No. 1, and then selects a specific service available MWMO. If you select a certain service MWMO, FOB No. 1 reported for cattle No. 1 applies to FOB No. 1, that at the stage 1303 was selected certain MWMO. Cattle No. 1 ID FOB No. 1 specifies that a message should be transferred to AUDI No. 1. As a result of this determination cattle No. 1 transmits a message to AUDI No. 1. At this time, FOB No. 1 passes in AUDI No. 1 its own identifier (e.g., PVIS) and the ID of the selected MVNO. This corresponds to step 404 4.

Then AUDI No. 1 at step 1304 performs the authentication process FOB # 1 on the basis of the information managed with one hundred the ons RA. This is identical to step 405 according to Figure 4. If authentication FOB No. 1 was successfully completed in the specified authentication process, AUDI No. 1 concludes that, AUDI default for maintenance MWMO selected from FOB No. 1, is itself AUDI No. 1. If AUDI No. 1 concludes that it AUPR default for the selected service MWMO, AUDI No. 1 determines that it has no information about the selected service MWMO. Then AUDI No. 1 assigns WIMG related to the selected service MWMO, and then enters the ID FOB # 1 in the list FOB, which requested the relevant service MWMO. If the authentication is successfully completed the authentication process, AUDI No. 1 verifies and modifies the information about AUDI default related to the selected service MWMO, on the basis of information received from the FOB No. 1 - step 1305. Depicted on Fig the procedure of transmission of signals is carried out in terms of service, MWMO selected first from FOB No. 1 in this combined PS. One can therefore see that the parameter Def_SGSN_MBMS_sel related to the corresponding service MWMO not yet formed. Parameter Def_SGSN_MBMS_sel can be formed in accordance with the description of the first implementation. That is, the identifier to identify AUDI default, special identificat the PRS to identify AUPR can be described by using available information or a specific formula. Therefore, as for the parameter Def_SGSN_MBMS_sel maintenance MWMO selected equipment FOB No. 1: cattle No. 1, determining an absence related to the formation parameter sets the ID AWPR, the IRS calculated from PVIS, ID FOB No. 1 as the value of the parameter Def_SGSN_MBMS_sel. According to the implementation of the present invention: the value of the parameter Def_SGSN_MBMS_sel set as a value corresponding to the ID AUPR No. 1. If the value of the parameter Def_SGSN_MBMS_sel successfully specified, AUDI No. 1 can manage the information illustrated in the Table. 2, about the service MWMO selected equipment AUDI No. 1.

Table 2
Value
ID maintenance MWMOID maintenance MWMO selected equipment FOB No. 1
Def_SGSN_MBMS_selID AUPR No. 1
WIMGAssigned WIMG
List FOBID FOB requesting service, MWMO

AUDI default selected for certain types of maintenance MWMO should manage the information presented in the Table. 2, according to the types of maintenance MWMO.

If the desired information is fully specified above procedure, AUDI No. 1 transmits, at step 1306, the ID of the service MWMO selected equipment FOB No. 1, and the value 1307 parameter all AUDI belonging to the same combined PS, as AUDI No. 1. That is, AUDI No. 1 informs the rest of AUPR (AUDI No. 2-AUDI # n) that it is marked as AUDI default to the appropriate maintenance MWMO. Passed this information may become not only the ID of MVMO, but also the option Def_SGSN_MBMS_sel service AUPR default (see 1307).

However AUDI No. 2-AUDI # n set the parameter Def_SGSN_MBMS_sel specific service MWMO, in the same way, as it makes the operation performed at step 1305. At step 1308: AUDI No. 2-AUDI # n transmit parameter set Def_SGSN_MBMS_sel specific service MWMO, AUDI No. 1. (See 1309). This is the process of confirming that AUDI No. 1 was successfully registered as AUDI default. If the steps 1306 and 1308 successfully completed, AUDI No. 2-AUDI # n can manage the same information as the information in the Table. 2, the managed node AUDI No. 1.

At step 1310: AUDI No. 1 passes Def_SGSN_MBMS_sel in cattle No. 1, thereby informing cattle No. 1 that the service MWMO selected equipment FOB No. 1, was successfully registered. Cattle No. 1 then reports to FOB No. 1 that is selected on the service, MWMO was successfully registered. This procedure corresponds to step 406 Figure 4. This WIMG you can also send a joint in accordance with the description relative to Figure 4.

During the described above process: FOB No. 1 finishes the registration process for the selected particular service with the help of cattle No. 1 and AUPR No. 1. When comparing the procedures for the transfer of signals according to Figure 4 with the procedure for transmitting signals according to the structure with the introduction of lu-Flex clear that the newly introduced parameter controlled by host AUPR. It should also be noted that the process (step 1305) forming and changing the value of each parameter is entered in cattle. Of course, you can also enter additional process signaling (steps 1306 and 1308).

2.2 the registration Procedure initially registered for a particular service MWMO

Below is a description of the process in which after a successful initial registration procedures with equipment FOB # 1 for a specific service MWMO other groups FOB belonging to the same combined PS that FOB No. 1, requesting the registration of the same service MWMO. For convenience, provides a separate description of the first registration process maintenance MWMO using AUDI No. 1, previously identified as AUDI default, and the second registration process of the same service MWMO with other AUDI.

2.2.1 Re estrace using AAPR, which are not AUPR default

Fig illustrates an example of a procedure of transmitting signals, waiting for a certain FOB (hereinafter FOB No. 2)belonging to the same combined PS that FOB No. 1, registers the same service MWMO that service MWMO provided equipment FOB No. 1 with AUPR non-AUDI No. 1, identified as AUDI default. According Pig it is assumed that the FOB No. 2 is PVIS assigned to the node AUDI No. 2.

Addressing Pig step 1403 - FOB No. 2 chooses the same service MWMO that FOB No. 1, and then sends the service request for the selected service MWMO in cattle No. 2. This FOB No. 2 passes its own special ID and the ID of the selected service MWMO in AUDI No. 2. At step 1404: AUDI No. 2 performs the authentication process FOB No. 2 based on the information managed by the RA. If authentication FOB No. 2 is successful, AUDI No. 2 may determine, at step 1405, the value of Def_SGSN_MBMS_sel related to service MWMO selected equipment FOB No. 2, set to AUDI No. 1. At step 1406 AUDI No. 2 transmits the ID of the service MWMO selected equipment FOB # 2 and ID FOB 2 (see 1407) in AUDI NO. 1, AUPR default. AUDI No. 1 introduces FOB No. 2 in the list of Fobs who wish to take according to the corresponding service MWMO, and then informs AUDI No. 2 on the corresponding VIMG (see 1419). At step 1410: AUDI No. 2 reports for FOB No. 2 that the registration of the selected service MWMO completed successfully.

2.2.2 Registration using AUPR default

Fig illustrates an example of a procedure of transmitting signals, waiting for other groups FOB belonging to the same combined PS that FOB No. 1, continue to require registration of the same service MWMO using AUDI NO. 1, AUPR default. According Pig it is assumed that the FOB No. 3 refers to cattle No. 1, and FOB No. 4 refers to cattle No. n. It is also assumed that the FOB # 3 and FOB No. 4 have PVIS assigned to the node AUDI No. 1.

Addressing Pig step 1501 - FOB No. 3 selects the same service MWMO that FOB No. 1, and then sends the service request for the selected service MWMO in cattle No. 1. Cattle No. 1 again passes the request to the service AUDI NO. 1, AUPR default. At this time, FOB No. 2 passes its own special ID and the ID of the selected service MWMO in cattle No. 2. At step 1502: AUDI No. 1 performs the authentication process for the authentication FOB # 3 on the basis of information which is managed by the RA. If authentication FOB No. 3 successfully completed, AUDI No. 1 determines at step 1503, he was already marked as AUDI default service MBM is, selected equipment FOB No. 3. Then AUDI No. 1 introduces FOB # 3 in the list of groups FOB who wish to take an appropriate service MWMO. At step 1504: AUDI No. 1 passes Def_SGSN_MBMS_sel in cattle No. 1 (see 1510). Cattle No. 1 passes Def_SGSN_MBMS_sel provided from AUDI No. 1, FOB No. 3, thereby informing FOB No. 3 that the selected service MWMO was successfully registered. But step 1504 can not be performed.

Registration FOB No. 4, which chose the same service MWMO that FOB No. 1, AUPR default perform on stages 1506-1509. This procedure is performed in the same manner as the process described in Preparation No. 3.

If the procedure according Fig, 14, and 15 successful, then AUDI No. 1, is selected as AUDI default, can acquire information on all groups FOB that need to receive appropriate maintenance MWMO among groups FOB related to combined PS. Therefore, the transmission channel for transmission of specific data MWMO can be created only between AUDI No. 1 and AMPRO.

When the service MWMO actually provided for groups FOB completing registration for a specific service MWMO procedure according Fig, 14 and 15, then the method according to the message about this situation follows the procedure of transmitting signals, illustrated in Figure 10 according to the first implementation.

2.2.3 Check the INIC is the new maintenance MWMO

Fig illustrates the procedure for formation of the channel, waiting for FOB selects the service MWMO, which has already been initiated in certain combined PS. In this case, all AUDI, jointly control the same combined area of PS, already have information about AUDI default to the appropriate maintenance MWMO due to procedures performed in accordance with Fig-15. However, if you do not use the concept of the lu-Flex, the inquiry procedure has already been initiated maintenance MWMO given in figure 3. According Pig it is assumed that the FOB No. 5 refers to cattle No. 1, and AUDI No. 1 was appointed PWIS. It is also assumed that AUDI default maintenance MWMO requested equipment FOB No. 5, identified as Def_SGSN.

Addressing Pig, at step 1601: FOB No. 5 selects the already initiated service MWMO and then forwards the service request to the selected service MWMO in cattle No. 1. Cattle No. 1 determines from PVIS equipment FOB No. 5, which is information related to the service MWMO selected equipment FOB No. 5, you need to pass in AUDI No. 1, and announces the result of the determination in AUDI No. 1. At step 1602: AUDI No. 1 performs the authentication process for the authentication FOB No. 5 on the basis of the information managed by the RA. The authentication process corresponds to step 305 Figure 3. At step 1603: AUDI No. 1 prospect is wereat the value of the parameter Def_SGSN_MBMS_sel, related to service MWMO selected equipment FOB No. 5. In this example: the value Def_SGSN_MBMS_sel indicates Def_SGSN. At step 1604: AUDI No. 1 transmits the ID of the service MWMO selected equipment FOB No. 5, and its own ID in Def_SGSN, or AUDI default. At step 1605: Def_SGSN introduces FOB No. 5 in the list of groups FOB receiving appropriate data MWMO, and then reports the result of such introduction to AUDI No. 1. At step 1606: AUDI No. 1 informs cattle No. 1 that the registration FOB No. 5 was successfully completed. This procedure corresponds to step 306 according to Figure 3.

Even if cattle No. 1 now provides service MWMO already selected equipment FOB No. 5, i.e. if another FOB related to cattle No. 1, now takes the appropriate service MWMO, cattle No. 1 can pass a parameter required for FOB No. 5, when receiving data, MWMO at step 1608. Step 1607 can be eliminated. But when other cattle belonging to the same combined PS that cattle No. 1, provide an appropriate service MWMO, and no FOB, receiving the appropriate service MWMO among groups FOB related to cattle No. 1, then the required procedure step 1607 to create a data channel of MVMO between Def_SGSN and cattle No. 1.

2.3 Termination procedures specific maintenance MWMO

According Pig: if to cretae service MWMO completed, the corresponding specific AUDI default information in Table 2, the managed each AUDI, you need to erase. For these purposes, AUPR by default, passes the ID of the corresponding maintenance MWMO all AUDI, which jointly manage the same combined area of PS. Upon receipt of the identifier of MVMO these AUPR wash in the Table. 2, the entire managed their information about the corresponding service MWMO.

Of course, mentioned above implementation is applicable even to combined CS in the same way. Accordingly, upon receipt of a request for data, though not a request for data MWMO, from groups FOB relating to the joint area, cattle can create a transmission channel using AUPR default or EXPO default when creating AUPR or EXPO, thereby providing the ability to send and receive data. Although the above implementation is described with reference to only the example of the control performed by cattle and AUDI, the invention may also provide a way to control the transmission channel, MWMO between cattle and AUPR with RA. In addition, the data channel can be controlled separately in accordance with the services, even for services provided in the fixed network, and not maintenance MWMO.

3. The d is the R of MVMO

Fig illustrates the procedure for doing maintenance which may occur at a time when the actual transfer of the respective data MWMO started after the FOB group chose a particular service MWMO using processes 7, 13 and 18, and after denote AUDI default, corresponding to the selected service MWMO.

At step 1901: AB-SK plans relevant data MWMO and transmits the scheduled data MWMO in AMPRO. AMPRO transmits again the data MWMO in AUDI NO. 2, AUDI default. Upon receipt of the data MWMO AUDI No. 2 shall notify the appropriate cattle that service MWMO actually started at step 1902. Each cattle notifies, at step 1903, each FOB that the respective service MWMO actually started. In this case, the term “appropriate cattle” means cattle, including FOB group who chose the corresponding service MWMO, or all cattle included in this service area.

At step 1904: cattle informs AUDI No. 2 that he will actually get the data MVNO, using a Request message to the Service MWMO to AUDI No. 2. Cattle and AUDI No. 2 create a channel to transfer the relevant data MWMO with steps 1905 and 1906.

If the channel is to transfer the relevant data MWMO is created using a set out to enter the stages, the FOB, which was informed at step 1903 the beginning of the service MWMO selected, inform the relevant cattle that to receive the desired radio - step 1907. According to another variant implementation stage 1907 can be performed before step 1904. At step 1908: each cattle provides a FOB for information related to this channel for the actual transmission of the corresponding data MVNO in the FOB.

AUDI No. 2 sends the appropriate data to MWMO in cattle No. 1 on the stage 1909, and cattle No. 1 transmits data MWMO provided by AUDI No. 2, FOB - step 1910. If more data for transfer of MVMO remains, cattle No. 1, at step 1911, sends FOB request to vacate the current channel.

According to the above, this invention generates one channel between cattle and AUPR and one channel between one of AUDI for combined PS and AMPRO to transmit the same data MWMO, although the data transmission channel, MWMO created in a situation, when you apply the concept of lu-Flex. Thus, the invention increases the efficiency of the wired/wireless resources to provide maintenance MWMO.

Although the invention is illustrated and described with respect to its preferred option implementation, specialists in the art it will be clear that within the concept and scope of the invention defined by religeos formula, there are various formal and frequent changes.

1. System for Multimedia Broadcast/Multicast Service (MVNO) for groups of equipment users (FOB)requesting service, MWMO, in the mobile communication system multiple access code division multiplexing (mdcr)containing:

many groups FOB to request the desired service MWMO and receive maintenance MWMO provided on request;

a lot of radio network controllers (red) for data related to the service MWMO, in groups FOB, United with them by radio, from among groups FOB who requested the service; and

many Service nodes support (PMO) GPRS connected with each of the cattle, for the management of procedure-related service MWMO for groups FOB who requested the service;

in which the PMO GPRS default solely represent at least for each individual service MWMO and PMO GPRS default controllers cattle transmits data MWMO for proper maintenance of MVMO groups FOB requesting this service MWMO.

2. The system according to claim 1, in which the PMO GPRS default for maintenance MWMO denote controller cattle, made with

possibility of connection with the radio, with the FOB, to the which first requested service MWMO.

3. The system according to claim 1, in which the PMO GPRS, appointed VIMS (Temporary Naming Mobile Station) equipment FOB, the first requested service MWMO, is designated as the PMO GPRS default for this service MWMO.

4. The method of determining the Serving support node PMO GPRS default to provide service Multimedia Broadcast/Multicast Service (MWMO) equipment groups of users (FOB)requesting service, MWMO, in the mobile communication system multiple access code division multiplexing (mdcr), with the first group, which includes a set of radio network controllers (red), the second group, which includes many of the PMO GPRS, made with the possibility of connection with each of the cattle in the first group, and many FOB made with the possibility of connection with radio controllers cattle; according to which

take one of the cattle, service request for this service MWMO;

if information ows GPRS default, an appropriate maintenance MWMO not stored in the received service request, cattle - select, using the received service request of cattle, one of PMO GPRS as PMO GPRS default; and

report using the selected PMO GPRS default, all other cattle - except requesting the maintenance of cattle - that this service MWMO manages the PMO GPRS default.

5. The method according to claim 4, in which the PMO GPRS default choose with regard to load balancing nodes PMO GPRS.

6. The method according to claim 4, which also contains the registration stage, using PMO GPRS default equipment FOB requesting service MWMO, in the list of groups FOB, corresponding to the service MWMO.

7. The method according to claim 6, which also contains an introduction FOB in the list of groups FOB corresponding to the service MWMO, upon request of the PMO GPRS connection for signal transmission which is installed with the FOB, the requesting service MWMO using PMO GPRS, if information ows GPRS default, corresponding to the service MWMO stored in the received service request of cattle.

8. The method according to claim 4, which also contains phase information, using PMO GPRS default groups FOB that should be invoked by the service MWMO using controllers cattle; and the subsequent stage transmission in groups FOB data MWMO for this service MWMO.

9. The method according to claim 8, which also contains an introduction, using PMO GPRS default, a new FOB in the list of groups FOB corresponding to the service MWMO and then create a connection for signal transmission with a new FOB, if a service request for this service MWMO adopted a new FOB is about the time of data transmission MWMO.

10. The method according to claim 4, which also includes a step according to which the PMO GPRS default - if the service MWMO complete network request to the controllers of cattle for erasing stored information

PMO GPRS default, and the subsequent stage of the liberation of connection controllers cattle.

11. The method of determining the Serving support node (PMO) GPRS default to provide service Multimedia Broadcast/Multicast Service (MWMO) equipment groups of users (FOB)requesting service, MWMO, in the mobile communication system multiple access code division multiplexing (mdcr), with the first group, which includes a set of radio network controllers (red), the second group, which includes many of the PMO GPRS, made with the possibility of connection with each of the cattle in the first group, and many FOB made with the possibility of connection with radio controllers cattle; according which

transmit the service request to any PMO GPRS;

take one of PMO GPRS service request for this service MWMO;

if information ows GPRS default, an appropriate maintenance MWMO not stored in the received service request PMO GPRS, the received service request PMO GPRS selects the impact as PMO GPRS default; and

report using the selected PMO GPRS default, other PMO GPRS, in addition to the accepted service request PMO GPRS, that this service MWMO manages the PMO GPRS default.

12. The method according to claim 11, which also contains the registration stage, using PMO GPRS default requested service MWMO

equipment FOB, in the list of groups FOB corresponding to the service MWMO.

13. The method according to p. 12, which also includes a step according to which other PMO GPRS ask PMO GPRS default to enter the FOB in the list of groups FOB corresponding to the service MWMO, if the memorized information ows GPRS default, an appropriate maintenance MWMO.

14. The method according to p. 11, which also includes a step according to which the PMO GPRS default informs, with the help of controllers cattle, groups FOB that this service MWMO will be initiated;

and the next stage of data transmission MWMO for maintenance MWMO in the FOB.

15. The method according to p. 14, which also contains an introduction, using PMO GPRS default, a new FOB in the list of groups FOB corresponding to the service MWMO, if a request for this service MWMO adopted a new FOB during data transmission MWMO; and the subsequent step of creating a connection with a new FOB.

16. The method according to p. 15, which also includes a step according to which the WMD PMO GPRS default queries other PMO GPRS erase stored information ows GPRS default if the service MWMO ended.

17. Method of providing service Multimedia Broadcast/Multicast Service (MVNO) with one of the Serving support node (PMO) GPRS from a variety of PMO GPRS (mobile communication multiple access code division multiplexing (mdcr)containing many controllers

radio (red), many PMO GPRS connected with each of cattle, and many FOB made with the possibility of connection with radio equipment with cattle; and to provide maintenance MWMO for groups FOB; according to which:

indicate, using cattle who request this service MWMO defined one PMO GPRS as PMO GPRS default, taking into account the load of each of the PMO GPRS;

transmit ID to identify the service MWMO and an identifier to identify the PMO GPRS default PMO GPRS default; and

using PMO GPRS default determines whether the service MWMO; and transmit the identifier to identify this service MWMO and an identifier to identify the PMO GPRS default to other cattle, except cattle that received the service request for this service MWMO.

18. The method according to 17, which also includes a step of transmitting, using cattle, Ident is ficalora to identify maintenance MWMO and ID to identify PMO GPRS default PMO GPRS, the connection of the transmitting signals which have requested this service MWMO FOB set, if already marked PMO GPRS default, corresponding to the service MWMO; and phase transfer in the PMO GPRS default, using PMO GPRS, the connection of signal transmission which is set identifier to identify the service MWMO and

ID to identify FOB requesting this service MWMO.

19. The method according to 17, which also contains stage, according to which the PMO GPRS default, through the controller cattle, informs the group Fobs that this service MWMO will be initiated; and the subsequent stage of the data transmission MWMO for this service MWMO groups FOB.

20. The method according to claim 19, which also includes the creation of connections with the new FOB with PMO GRS default, if a request for this service MWMO adopted from the new FOB during data transmission MWMO.

21. The method according to 17, which also contains stage, according to which the PMO GPRS default queries controllers cattle, so they wiped memorized in information ows GPRS, if the service MWMO completed; and the subsequent stage, the liberation of the compounds of cattle.



 

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