CN102487482B

CN102487482B - The method of counting of multimedia broadcast-multicast service and system

Info

Publication number: CN102487482B
Application number: CN201010575714.7A
Authority: CN
Inventors: 胡剑; 马子江; 卢忱; 王斌
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2010-12-06
Filing date: 2010-12-06
Publication date: 2015-08-12
Anticipated expiration: 2030-12-06
Also published as: WO2012075829A1; CN102487482A

Abstract

The invention provides the count transmitted method and system of multimedia broadcast-multicast service, wherein, the method comprises: MCE configures MBMS count parameter, wherein, above-mentioned MBMS count parameter: need the MBMS mark counted in one or more MBSFN region, the update time of the MCCH that above-mentioned each MBSFN region is corresponding; Above-mentioned MCE sends the message carrying above-mentioned MBMS count parameter to eNB; Above-mentioned eNB is according to the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to above-mentioned each MBSFN region in above-mentioned each MBSFN region.The invention solves in prior art the problem of the counting of the MBMS that cannot start in multiple MBSFN region, achieve the synchronized transmission of MBMS Counting requests message.

Description

The method of counting of multimedia broadcast-multicast service and system

Technical field

The present invention relates to multimedia broadcasting and multicast (Multimedia Broadcast Multicast Service, MBMS) field, particularly relate to a kind of method of counting and system of multimedia broadcast-multicast service.

Background technology

Along with the fast development of the Internet and the universal of large-screen multi-functional mobile phone, a large amount of Mobile data multimedia service and various high bandwidth multimedia service are there is, such as video conference, television broadcasting, video request program, video ads, online education, interactive game etc.These Mobile data multimedia services and various high bandwidth multimedia service, not only meet the business demand that mobile subscriber constantly rises, simultaneously also for mobile operator brings new business growth point.These Mobile data multimedia services and the multiple user of various high bandwidth multimedia service requirements can receive identical data simultaneously, compared with general data service, have the features such as data volume is large, duration length, delay sensitive.

In order to effectively utilize mobile network resource, third generation partner program (3rd Generation Partnership Project, be called for short 3GPP) propose multimedia broadcast multi-broadcasting business (Multimedia Broadcast Multicast Service, be called for short MBMS), MBMS is a kind of technology transmitting data from a data source to multiple target, achieve sharing of network (comprising core net and Access Network) resource, improve the utilance of Internet resources (especially air interface resource).The MBMS of 3GPP definition can not only realize multicast and the broadcast of the classes of messages of plain text low rate, broadcast and the multicast of high-speed multimedia service can also be realized, multiple abundant video, audio frequency and multimedia service are provided, this has complied with the trend of following Mobile data development undoubtedly, for the development of the third generation (3rd Generation is called for short 3G) digital communication provides better business prospect.

At present, in LTE version 9 (R9) system, introduce MBMS, and be optimized in LTE version 10 (R10).MBMS carries in systems in which needs the common transport of control signal (also referred to as MBMS control signal) and user data (also referred to as MBMS) to realize.Wherein, control signal will inform that receiving terminal is (as terminal, subscriber equipment (User Equipment, UE)) corresponding controling parameters, guides UE to go to corresponding position to receive its interested MBMS (i.e. corresponding user data).(the control information of this MBMS control signal, it comprises: the configuration information etc. of MBMS) be by multicast control channel (Multicast Control Channel in LTE system, be called for short MCCH) carry out transmitting, MBMS is undertaken transmitting by Logical Traffic Channels (Multicast Traffic Channel is called for short MTCH).

Particularly, the MBMS control signal (i.e. MCCH information) that logic channel MCCH transmits mainly comprises: multicast single frequency network (the MBMS over a Single Frequency Network corresponding to MCCH information, be called for short MBSFN) multicast resource in region, in this MBSFN region, all (ongoing) MBMS sent (or are referred to as the MBMS that started, or be referred to as the MBMS of session start), and the configuration of ongoing MBMS and attribute information; In logic channel MTCH carrying is MBMS data, generally MBMS and MTCH are carried out corresponding (such as: MBMS 1 is corresponding with MTCH1, MBMS 2 is corresponding with MTCH2), that is, what UE read that MBMS and UE read that MTCH expresses is identical implication.In a network, each MBMS uses TMGI (Temporary Mobile Group Identity, Temporary Mobile Group Identity) to identify uniquely, and each MBMS has its corresponding TMGI, is convenient to network side and UE identifies.

Wherein, the MCCH information corresponding to MBSFN area will send according to certain rule (repetition period, amendment cycle), specifically as shown in Figure 1.

As shown in Figure 1, MCCH information will repeat to send one or many (repeating in Fig. 1 to have sent 3 times) within the amendment cycle; The time interval that MCCH information repeats between transmission is referred to as the MCCH repetition period; Generally revise in the cycle by MCCH, first time of MCCH information sends and is called and sends first, and the transmission of each repetition period is called that MCCH information repeats to send, and the MCCH information repeating to send is identical with the MCCH information content sent first; Namely the MCCH cycle of revising shows within the different MCCH amendment cycles, send the content of MCCH information can not be identical; As MCCH in Fig. 1 revises the content not identical with the content in n cycle (illustrating the different content of MCCH information in Fig. 1 with oblique line square and blank square) in cycle n+1 cycle; It should be noted that within the MCCH amendment cycle, the content of MCCH information can not occur to change, and only can follow the repetition period and carry out repeating to send.The content of MCCH information only allows the boundary started in the MCCH cycle of revising to change; That is, the change of MCCH information, when can only occur in first time transmission MCCH information in the MCCH amendment cycle, changes the moment (MCCH change time) also referred to as MCCH.Such regulation, ensure that the MCCH information consistency that (many eNB (evolved Node B, modified model Node B)) sends in MBSFN area.In the present invention, if increase or upgrade or delete the counting (counting) of some MBMS on MCCH, the change of MCCH information all can be triggered, so in the present invention eNB increase on current MCCH/delete/upgrade need counting MBMS list, the moment can only be changed at MCCH.

The configuration parameter in MCCH repetition period and amendment cycle is all configured by network side, and side, networking sends to UE by the SIB13 (System Information Block13, system information block 13) in BCCH; UE can know the configuration parameter in MCCH repetition period and amendment cycle by the SIB13 read in BCCH, and UE can read MCCH information on a corresponding position.

Consider in correlation technique, send control signaling in MBSFNArea (MCCH) and user data (MTCH) will use in units of community or eNB MBSFN technology carry out synchronized transmission (object be make UE receive time can obtain merge gain accordingly), MBSFN technology needs each community in MBSFN area to send identical data content on identical running time-frequency resource, carries out unified scheduling and planning like this with regard to needing to the resource of each community.Current use MCE (Multi-cell/multicast Coordination Entity, multiple cell/multicast coordinated entity) network element carries out United Dispatching and the planning of Radio Resource, specifically can with reference to international standard 3GPP 36.300 v910.

Fig. 2 is the MBMS Control system architecture schematic diagram in correlation technique, as shown in Figure 2, within the system, the network element relevant to MBMS has eNB, MCE, MBMS gateway (MBMS Gateway), broadcast multicast service center (BroadcastMulticast Service Centre, and mobility management unit (Mobility Management Entity BM-SC), MME), wherein, BM-SC initiates (Session Start) as business, business stops (Session Stop), the network element that business renewal (SessionUpdated) or MBMS data provide, MBMS data is sent to corresponding eNB by M1 interface by MBMS GW, the chain of command information generated by BM-SC (such as Session StartRequest message, Session Stop Request message, Session Updated Request message) is sent to MME by Sm interface by MBMS GW, MME forwards network element as one completely, and the chain of command information that MBMS GW sends is transmitted to MCE by M3 interface, corresponding chain of command information is sent to corresponding eNB by M2 interface by MCE, by such process, eNB will obtain MBMS data and corresponding chain of command information.In general, MCE sends to the chain of command information of eNB by M2 interface, that is these signalings and process are carried on M2 interface, be called M2 application protocol, that is: M2 Application Protocol (M2AP), comprise: Session Start Request message (session start information), Session Stop Request message (session stopping message), Session Updated Request message (session updates solicited message), MBMSSCHEDULING INFORMATION message (MBMS scheduling message), Rest message (reset message), M2SETUP REQUEST message (M2 sets up request message), and send to the corresponding corresponding message of MCE by M2 interface eNB, such as: Session Start Response message (session start response message), Session Stop Responsemessage (meeting stopping response message), Session Updated Response message (session updates response message), MBMSSCHEDULING INFORMATION Response message (MBMS dispatching response message), RestACKNOWLEDGE message (reset acknowledge message), M2 SETUP Response message (M2 interface sets up response message).

By above-mentioned content, we can find out, MBMS will send in whole MBSFN region, and each MBSFN region will a corresponding MCCH.Send to optimize MBMS further, industry is intended introducing UE upstream feedback mechanism, specifically, upstream feedback mechanism be mainly used in network side obtain each MBMS interested/number of users (or UE number) that receiving; Network side optimizes the transmission of MBMS by obtaining number of users, such as: deexcitation (deactivation, or be referred to as not send) interested/to receive the few MBMS of number of users, activation (activation, or be referred to as send) is interested/to receive the many MBMS of number of users.Network side in order to know interested/ receiving the UE quantity (or with/without) of certain MBMS, can by sending counting order (counting order), make interested/UE of receiving this MBMS carry out uplink feedback, this UE of informing network side receives the state of MBMS at present.Uplink feedback by UE can be got information (namely certain MBMS being had to how much interested/UE number of receiving) by network side; The information (Counting result) obtained is applied to activation (activation) or deexcitation (deactivation) operation of this MBMS by network side; In other words, it is that (activation) no (deactivation) sends that the information that network side can get according to uplink feedback decides this MBMS on eating dishes without rice or wine.

According to correlation technique: MBMS counting process comprises the counting process on Counting requests process on M2 interface and count report process and Uu interface.As shown in Figure 3, said process specifically comprises:

1) MCE sends message (being called for short message 1 in the present invention) to eNB on M2 interface, and the relevant eNB be used to indicate under its control starts counting process (that is: perform MBMS Uu and count flow process on Uu interface);

2) after eNB receives message 1,1 or many MCCH send message 2, also referred to as Counting requests message (Counting Request message), the message 2 that every bar MCCH sends is the MBMS in corresponding MBSFN region in 1 in bearer messages respectively, that is, in each message 2, the business of carrying is the MBMS of the needs counting in a MBSFN region in message 1.When the MBMS having the needs in multiple MBSFN region to count in message 1, then eNB can send the message 2 being same as MBFN areal.

3) UE in community reads MCCH, if find have it interested in the MBMS that MCCH configures, then send counting response message (message 3 is called in letter of the present invention) to eNB, in this message, carry its MBMS that is interested or that receiving.

4) last, eNB sends report message (message 4 is called in letter of the present invention) to MCE, for the UE number reporting that to MCE each MBMS is interested or receiving.

Owing to can configure the MBMS of the needs counting in multiple MBSFN region in message 1, the MCCH in each MBSFN region update time can be different, thus cause eNB to receive the time difference of the count results in the different MBS FN region of message 3.But how regulation does not start the counting process of the MBMS in multiple MBSFN region in prior art, and, how to carry out reporting of the count results of the MBMS in multiple MBSFN region.

Summary of the invention

The present invention aims to provide a kind of count transmitted method and system of multimedia broadcast-multicast service, to solve in prior art the counting of the MBMS that cannot start in multiple MBSFN region, maybe cannot carry out the problem reported of the count results of the MBMS in multiple MBSFN region.

According to an aspect of the present invention, provide a kind of method of counting of multimedia broadcast-multicast service, it comprises: MCE configures MBMS count parameter, wherein, above-mentioned MBMS count parameter: need the MBMS mark counted in one or more MBSFN region, the update time of the MCCH that above-mentioned each MBSFN region is corresponding; Above-mentioned MCE sends the message carrying above-mentioned MBMS count parameter to eNB; Above-mentioned eNB is according to the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to above-mentioned each MBSFN region in above-mentioned each MBSFN region.

Further, the step that above-mentioned MCE configures MBMS count parameter comprises: above-mentioned MCE is that MCCH corresponding to each above-mentioned MBSFN region configures one or more update time.

Further, above-mentioned MCE is that MCCH corresponding to above-mentioned MBSFN region configures multiple update time by one of following steps: above-mentioned MCE is that MCCH corresponding to above-mentioned MBSFN region configures multiple update time; Or above-mentioned MCE is interval update time that MCCH corresponding to above-mentioned MBSFN region configures a update time and correspondence, wherein, the time difference between upper update time of the above-mentioned MCCH of above-mentioned time interval update time and the current update time of above-mentioned MCCH; Or above-mentioned MCE is that MCCH corresponding to above-mentioned MBSFN region configures a update time and adopt acquiescence interval T update time, T=0,1,2, wherein, the time difference between upper update time of the above-mentioned MCCH of above-mentioned acquiescence time interval update time and the current update time of above-mentioned MCCH.

Further, the step that above-mentioned MCE configures MBMS count parameter comprises: when the number of the above-mentioned MBMS of all the needs countings on an above-mentioned MBSFN region has exceeded the number of the maximum MBMS that above-mentioned eNB single starts, and above-mentioned MCE is MCCH configuration multiple update time corresponding to an above-mentioned MBSFN region.

Further, when above-mentioned MCE be MCCH corresponding to above-mentioned MBSFN region configure interval update time of a update time and correspondence time, above-mentioned eNB comprises according to the step of the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to above-mentioned each MBSFN region in above-mentioned each MBSFN region: above-mentioned update time, interval was configured to 0, for representing that above-mentioned eNB starts the counting of MBMS corresponding to MBMS mark in above-mentioned MBSFN region continuously; Or above-mentioned update time, interval was configured to N, N >=1, for representing that above-mentioned eNB identifies the counting of corresponding MBMS at interval of N number of MCCH cycle of revising MBMS started in above-mentioned MBSFN region.

Further, after the counting of the MBMS that the MBMS mark started in above-mentioned each MBSFN region in the update time of the above-mentioned eNB MCCH corresponding according to above-mentioned each MBSFN region is corresponding, also comprise: the count results of the above-mentioned MBMS that above-mentioned eNB receiving terminal UE sends; When above-mentioned eNB receives the count results of the above-mentioned MBMS of all needs countings on all above-mentioned MBSFN regions, all count results of the above-mentioned MBMS of counting that need on all above-mentioned MBSFN regions are sent to above-mentioned MCE by above-mentioned eNB.

Further, after the counting of the MBMS that the MBMS mark started in above-mentioned each MBSFN region in the update time of the above-mentioned eNB MCCH corresponding according to above-mentioned each MBSFN region is corresponding, also comprise: the count results of the above-mentioned MBMS that above-mentioned eNB receiving terminal UE sends; When above-mentioned eNB receives the count results of the above-mentioned MBMS of the one or more needs countings on one or more above-mentioned MBSFN region, the count results received is sent to above-mentioned MCE by above-mentioned eNB.

According to an aspect of the present invention, provide a kind of method of counting of multimedia broadcast-multicast service, it comprises: eNB is according to the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region; The count results of the above-mentioned MBMS that above-mentioned eNB receiving terminal UE sends; The count results received is sent to MCE according to pre-configured strategy by above-mentioned eNB.

Further, the count results received sends to the step of MCE to comprise according to pre-configured strategy by above-mentioned eNB: after above-mentioned eNB receives the count results of the above-mentioned MBMS of all needs countings on all above-mentioned MBSFN regions, and all count results of the above-mentioned MBMS of counting that need on all above-mentioned MBSFN regions are sent to above-mentioned MCE by above-mentioned eNB.

Further, the count results received sends to the step of MCE to comprise according to pre-configured strategy by above-mentioned eNB: when above-mentioned eNB receives the count results of the above-mentioned MBMS of the one or more needs countings on one or more above-mentioned MBSFN region, the count results received is sent to above-mentioned MCE by above-mentioned eNB.

Further, before the counting of eNB according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region, also comprise: when the number of the above-mentioned MBMS of all needs counting on an above-mentioned MBSFN region has exceeded the number of the maximum MBMS that above-mentioned eNB single starts, above-mentioned MCE is that MCCH corresponding to an above-mentioned MBSFN region configures multiple update time.

Further, before the counting of eNB according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region, also comprise: above-mentioned MCE is that MCCH corresponding to each above-mentioned MBSFN region configures one or more update time.

According to a further aspect in the invention, provide a kind of number system of multimedia broadcast-multicast service, it comprises: MCE and eNB, wherein, above-mentioned MCE for configuring MBMS count parameter, and sends the message carrying above-mentioned MBMS count parameter to above-mentioned eNB, wherein, above-mentioned MBMS count parameter: need the MBMS mark counted in one or more MBSFN region, the update time of the MCCH that above-mentioned each MBSFN region is corresponding; Above-mentioned eNB is used for the counting according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to above-mentioned each MBSFN region in above-mentioned each MBSFN region.

Further, above-mentioned MCE comprises: dispensing unit, configures one or more update time for the MCCH corresponding for each above-mentioned MBSFN region.

Further, above-mentioned dispensing unit comprise following one of at least: the first configuration module, configures multiple update time for the MCCH corresponding for above-mentioned MBSFN region; Second configuration module, interval update time of a update time and correspondence is configured for the MCCH corresponding for above-mentioned MBSFN region, wherein, the time difference between upper update time of the above-mentioned MCCH of above-mentioned time interval update time and the current update time of above-mentioned MCCH; Or the 3rd configuration module, configure a update time for the MCCH corresponding for above-mentioned MBSFN region and adopt acquiescence interval T update time, T=0,1,2, wherein, the time difference between upper update time of the above-mentioned MCCH of above-mentioned acquiescence time interval update time and the current update time of above-mentioned MCCH.

Further, above-mentioned eNB comprises: the first start unit, for when above-mentioned update time, interval was configured to 0, starts the counting of the MBMS of the MBMS mark correspondence in above-mentioned MBSFN region continuously; Second start unit, for when above-mentioned update time, interval was configured to N, starts the counting of the MBMS of the MBMS mark correspondence in above-mentioned MBSFN region at interval of N number of MCCH cycle of revising, wherein, and N >=1.

Further, above-mentioned eNB comprises: the first receiving element, for the count results of the above-mentioned MBMS that receiving terminal UE sends; First transmitting element, during for receiving the count results of the above-mentioned MBMS of all needs countings on all above-mentioned MBSFN regions at above-mentioned first receiving element, all count results of the above-mentioned MBMS of counting that need on all above-mentioned MBSFN regions are sent to above-mentioned MCE.

Further, above-mentioned eNB comprises: the second receiving element, for the count results of the above-mentioned MBMS that receiving terminal UE sends; Second transmitting element, during for receiving the count results of the above-mentioned MBMS of the one or more needs countings on one or more above-mentioned MBSFN region whenever above-mentioned second receiving element, sends to above-mentioned MCE by the count results received.

Further, above-mentioned dispensing unit comprises: the 4th configuration module, when the number of the maximum MBMS that all on an above-mentioned MBSFN region above-mentioned eNB singles that needed the number of above-mentioned MBMS of counting to exceed start, be that MCCH corresponding to an above-mentioned MBSFN region configures multiple update time.

In the present invention, by configuring the update time of MCCH corresponding to each MBSFN region, solving in prior art the problem of the counting of the MBMS that cannot start in multiple MBSFN region, achieving the synchronized transmission of MBMS Counting requests message.In addition, MBMS count results is reported MCE according to configuration in advance by eNB, thus achieves reporting of the count results in multiple MBSFN region.

Accompanying drawing explanation

Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:

Fig. 1 is the schematic diagram according to repetition period of the MCCH of correlation technique and amendment cycle

Fig. 2 is the configuration diagram of the LTE MBMS according to correlation technique

Fig. 3 is the schematic flow sheet of the MBMS counting process according to correlation technique

Fig. 4 is the preferred flow chart of one of the method for counting of multimedia broadcast-multicast service according to the embodiment of the present invention;

Fig. 5 is count enable schematic diagram when be interval time that eNB configures each renewal of this MCCH being 0 according to the MCE of the embodiment of the present invention;

Fig. 6 is count enable schematic diagram when be interval time that eNB configures each renewal of this MCCH being 1 according to the MCE of the embodiment of the present invention;

Fig. 7 is the schematic diagram of the MBMS counting process according to the embodiment of the present invention;

Fig. 8 is the preferred flow chart of one of the method for counting of multimedia broadcast-multicast service according to the embodiment of the present invention;

Fig. 9 is the preferred structural representation of one of the number system of multimedia broadcast-multicast service according to the embodiment of the present invention.

Embodiment

Below with reference to the accompanying drawings and in conjunction with the embodiments, describe the present invention in detail.

Hereinafter also describe the present invention in detail with reference to accompanying drawing in conjunction with the embodiments.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.

Embodiment 1

Fig. 4 is the preferred flow chart of one of the method for counting of multimedia broadcast-multicast service according to the embodiment of the present invention, and it comprises:

S402, MCE configure MBMS count parameter, wherein, and described MBMS count parameter: need the MBMS mark counted in one or more MBSFN region, the update time of the MCCH that described each MBSFN region is corresponding;

S404, described MCE send the message carrying described MBMS count parameter to eNB;

S406, described eNB are according to the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to described each MBSFN region in described each MBSFN region.

In this preferred embodiment, by configuring the update time of MCCH corresponding to each MBSFN region, solving in prior art the problem of the counting of the MBMS that cannot start in multiple MBSFN region, achieving the synchronized transmission of MBMS Counting requests message.

Preferably, the step that described MCE configures MBMS count parameter comprises: described MCE is that MCCH corresponding to each described MBSFN region configures one or more update time.In this preferred embodiment, by configuring clear and definite update time for each MBSFN, add the flexibility of configuration.

Described MCE be MCCH configuration multiple update time corresponding to described MBSFN region by one of following steps:

1) described MCE is that MCCH corresponding to described MBSFN region configures multiple update time; In this preferred embodiment, by configuring clear and definite update time for each MBSFN, add the flexibility of configuration.Or

2) described MCE is interval update time that MCCH corresponding to described MBSFN region configures a update time and correspondence, wherein, the time difference between upper update time of MCCH described in time interval described update time and the current update time of described MCCH.In this preferred embodiment, by configuring clear and definite interval update time, simplifying operating process, adding the flexibility of configuration.Or

3) described MCE is that MCCH corresponding to described MBSFN region configures a update time and adopt acquiescence interval T update time, T=0,1,2, wherein, the described time difference given tacit consent between a upper update time of MCCH described in time interval update time and the current update time of described MCCH.In this preferred embodiment, adopt interval update time of acquiescence, improve efficiency of transmission, decrease the amount of information of transmission.

Preferably, in each embodiment above-mentioned, the step that described MCE configures MBMS count parameter comprises: when the number of the described MBMS of all the needs countings on a described MBSFN region has exceeded the number of the maximum MBMS that described eNB single starts, and described MCE is MCCH configuration multiple update time corresponding to a described MBSFN region.In this preferred embodiment, configure multiple update time by the MCCH corresponding for a described MBSFN region, ensure that the accuracy of configuration.

Preferably, when described MCE be MCCH corresponding to described MBSFN region configure interval update time of a update time and correspondence time, described eNB comprises according to the step of the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to described each MBSFN region in described each MBSFN region: described update time, interval was configured to 0, for representing that described eNB starts the counting of MBMS corresponding to MBMS mark in described MBSFN region continuously; Or described update time, interval was configured to N, N >=1, for representing that described eNB identifies the counting of corresponding MBMS at interval of N number of MCCH cycle of revising MBMS started in described MBSFN region.In this preferred embodiment, by configuring clear and definite interval update time, add the flexibility of configuration.

Preferably, after the counting of the MBMS that the MBMS mark started in described each MBSFN region in the update time of the described eNB MCCH corresponding according to described each MBSFN region is corresponding, the method for counting according to the multimedia broadcast-multicast service of the embodiment of the present invention also comprises: the count results of the described MBMS that described eNB receiving terminal UE sends; When described eNB receives the count results of the described MBMS of all needs countings on all described MBSFN regions, all count results of the described MBMS of counting that need on all described MBSFN regions are sent to described MCE by described eNB.In this preferred embodiment, all MBMS count results are reported MCE according to configuration in advance by eNB once, thus achieve reporting of the count results in multiple MBSFN region.

Preferably, after the counting of the MBMS that the MBMS mark started in described each MBSFN region in the update time of the described eNB MCCH corresponding according to described each MBSFN region is corresponding, the method for counting according to the multimedia broadcast-multicast service of the embodiment of the present invention also comprises: the count results of the described MBMS that described eNB receiving terminal UE sends; When described eNB receives the count results of the described MBMS of the one or more needs countings on one or more described MBSFN region, the count results received is sent to described MCE by described eNB.In this preferred embodiment, eNB reports MCE according to configuration in advance in batch by MBMS count results, thus adds the flexibility that count results reports.

The present embodiment sends the method for synchronously sending of message 1 on M2 interface to eNB for MCE.

MCE sends message 1 to eNB on M2 interface, is used to indicate it and controls lower relevant eNB and start counting process (that is: performing MBMS Uu counting flow process on Uu interface), this M2 interface message can be expressed as in following message one or more:

1) MBMS count message (MBMS Service Counting message);

2) MBMS Counting requests message (MBMS Service Counting Request message);

3) MBMS count message (MBMS Counting message);

4) MBMS count enable message (MBMS Counting Initiation message);

5) M2 Counting requests message (M2 Counting Request message), etc.

One or more MBMS (each business TMGI indicates) needing to count are carried in several MBSFN regions in this message 1.Because each MBSFN region is corresponding uniquely with a MCCH, so: MCE can belong to the MBMS of the needs counting in different MBS FN region respectively for eNB configuration by a piece of news 1.At least need in message 1 to comprise two parts content:

One, corresponding to MBMS mark (this service identification can represent with TMGI) that the needs in each MBSFN region count;

Two, corresponding to the update time of the MCCH in each MBSFN region.

Table 1: by M2 interface, MCE is sent to the message 1 of eNB

It should be noted that, in MBSFN overlapping region, MCE can configure maximum 8 MBSFN regions to eNB, and namely MCE can be that eNB configuration has at most 8 MCCH by M2 interface.If but some MBSFN regions do not need the MBMS of counting, then then do not comprise the update time of the MCCH in these MBSFN regions in message 1, that is: these MCCH corresponding to MBSFN region do not need to be configured in and are sent to the message 1 of eNB from MCE.

Further, consider to count in flow process at MBMS Uu and count the MBMS mark (as: maximum 16 MBMS mark) that request message 2 (as: Counting Requestmessage) can only configure at most the needs counting of some, so eNB starts MBMS Uu count the restriction that flow process has maximum MBMS at every turn.If send in the message 1 of the M2 interface of eNB at MCE, the number being configured in the MBMS of the needs counting in (uniquely a corresponding MBSFN region) on certain MCCH is greater than the maximum traffic number (as: be greater than 16 MBMS) of eNB in startup MBMS Uu counting flow process, then eNB needs on Uu interface, start multiple MBMS Uu counting flow process successively.Because each MBMS Uu that starts on Uu interface counts flow process and needs amendment MCCH content to identify to be configured on MCCH with the MBMS counted by needs and (namely configure Counting requests message on MCCH), consider the requirement of synchronized update MCCH, now need the multiple update times configuring this MCCH.For example, the MBMS that request message configures at most 16 countings is counted when MBMS Uu counts in flow process, and for this MCCH is configured with the MBMS that 64 need counting in M2 interface message, then this MCCH needs to be updated 4 times and (that is: configures 64 MBMS at MCCH successively, each MBMS that configuration 16 is to be counted on MCCH), the MBMS of the needs counting that eNB upgrades on MCCH at every turn all needs to carry out in the MCCH cycle of revising, so be sent in the M2 interface message of eNB at MCE, need configuration 4 MCCH update time.Collocation method has multiple, as:

1) for this MCCH, configuration each time upgraded respectively;

2) for this MCCH, the time that configuration first time upgrades, and configure the interval time of follow-up MCCH renewal.As shown in the table.

Table 2:MCE is sent to the M2 interface message of eNB

Due to MCCH upgrade can only MCCH revise the cycle start carry out, so interval time is also 0 to multiple MCCH modification time.This interval time can adopt default configuration, does not namely configure this parameter, but adopts network side and the known all in advance fixed value of UE, represents that the update time of continuous print MCCH is in turn spaced apart a fixed value, as: 0,1,2 MCCH amendment cycles etc.Namely the fixed value that this silently configures (default configuration) is applicable to all MCCH: all MCCH adopt this fixed value silently configured as interval update time of MCCH.

As shown in Figure 5, if be silently configured to 0, then represent that eNB starts multiple MBMS Uu continuously and counts flow process, that is: eNB starts next MBMS Uu immediately after starting first time MBMS Uu counting flow process and counts flow process.

As shown in Figure 6, if be silently configured to 1, then represent that eNB is spaced apart 1 MCCH cycle of revising and starts multiple MBMS Uu continuously and count flow process, that is: after eNB starts first time MBMS Uu counting flow process, 1, interval MCCH revises the cycle, restarts next MBMS Uu and counts flow process.

Embodiment 2

This enforcement illustrates on M2 interface, eNB to MCE by needing the count results of MBMS counted in message 4 respectively report message 1.

After eNB receives message 1,1 or many MCCH send message 2, also referred to as Counting requests message (CountingRequest message), the MBMS in corresponding MBSFN region in the message 2 difference bearer messages that every bar MCCH sends, that is, carry the MBMS needing counting in message 2, and these business are MBMS of the needs counting in unique corresponding MBSFN region in message 1.

Table 3: be carried on the message 2 on MCCH

> > MBSFN area identification	The unique corresponding MCCH in each MBSFN region
		> > MBMs service lists	1 to 16	Specify 1 to multiple MBMS needing counting
＞＞＞TMGI	MBMS mark adopts TMGI to represent

UE in community reads MCCH, if find have it interested in the MBMS that MCCH configures, then send counting response message (the present invention is referred to as message 3) to eNB, in this message, carry its MBMS that is interested or that receiving.

ENB receives the message 3 that it controls the multiple UE feedbacks in lower community, can know that each MBMS that message 2 configures has multiple UE interested in or receiving it respectively.Subsequently, eNB sends report message (the present invention is referred to as message 4) to MCE, for interested to each MBMS in MCE report message 2 or the UE number received.

Owing to can comprise multiple MBMS of the needs counting in multiple MBSFN region in a piece of news 1, and the number of the above-mentioned business in each MBSFN district can have many.So can start multiple message 2 after eNB receives a piece of news 1, each message 2 has different MCCH update times.That is, MCE have sent a piece of news 1 can not obtain the MBMS configured in message 1 simultaneously count results to eNB, eNB.So the message 4 that eNB is sent to MCE can be 1 or many.

In the message 1 that situation 1:MCE sends to eNB, comprise the MBMS of the needs counting in several MBSFN regions and need the MBMS counted to be less than or equal to the number of MBMS of the needs counting in message 2 in each MBSFN region, now above-mentioned each MBSFN region only configures MCCH update time.Then: the sending method of message 4 has 2 kinds:

Method 1:eNB sends a piece of news 4 to MCE.That is, after waiting until that the count results of the MBMS of all needs countings in message 1 on all MBSFN regions all feeds back to eNB by message 3.

Specifically, message 1 comprises the MBMS of the needs counting in several MBSFN regions, correspondingly the number of the message 2 of eNB transmission equals the number in above-mentioned MBSFN region, each message 2 continues 1 MCCH and revises the cycle and the amendment cycle of every bar MCCH can different (as: can be 5.12s or 10.24 second), correspondingly UE is also different to the time of eNB feedback message 3, and the time of the statistics of the MBMS that the needs that therefore eNB obtains different MBS FN region count is also different.ENB is sent to MCE together by a piece of news 4 after can waiting until that the count results in above-mentioned all MBSFN regions is all collected.

Method 2:eNB sends multiple messages 4 to MCE, that is: once after all in message 1 on certain MBSFN region need the count results of MBMS of counting to feed back to eNB by message 3, eNB just sends message 4.

Particularly, the count results of the MBMS of the needs counting in different MBSFN regions arrives the time difference of eNB, in certain time, after eNB obtains the count results in several MBSFN regions, the count results in other MBSFN regions need not be waited for, just send message 4 to MCE, in message 4, carry the count results in these MBSFN regions.

Especially, according to current agreement, the MCCH cycle of revising has 2 kinds: 5.12s and 10.24s, so in fact eNB can send 2 message 4 to MCE.Such as: after 5.12s, eNB can obtain several and be configured to the count results that the duration is the MBSFN region of 5.12s, eNB then sends the message 4 carrying the count results in these MBSFN regions to MCE, send another a piece of news 4 again after having arrived 10.24s to MCE.

In the message 1 that situation 2:MCE sends to eNB, comprise the MBMS of the needs counting in several MBSFN regions and need the MBMS counted to allow to be greater than the number of the MBMS of the needs counting in message 2 in each MBSFN region, now above-mentioned each MBSFN region can configure one or more MCCH update time.Then: the sending method of message 4 has 2 kinds:

Method 1: with the method 1 of situation 1, that is:, after eNB always waits until that the count results in all MBSFN regions arrives eNB, eNB sends a piece of news 4 to MCE again.

Method 2: the similar method 2 with situation 1, that is: once after all in message 1 on certain MBSFN region need the count results of MBMS of counting to feed back to eNB by message 3, eNB just sends message 4, carry the count results in these MBSFN regions in message 4, and the count results in other MBSFN regions need not be waited for.

Embodiment 3:

Embodiment 3 as shown in Figure 7, specifically describes as follows:

1) MCE sends M2 interface message to eNB, and embodiment 3 is to be carried on MBMS Counting requests message (that is: message 1, MBMS Service Counting Request message) on M2 interface for example;

This message comprises the mark of the MBMS of all needs counting, and these MBMS mark belongs to one or more MBSFN regions;

Also comprise the update time of the MCCH corresponding to above-mentioned MBSFN region in this message, this MCCH can adopt the MCCH cycle of revising to identify update time, as: 0,1,2 ... .255,0-represent that this MCCH upgraded in the cycle of revising of MCCH subsequently; The next MCCH of the 1-cycle of revising upgrades, by that analogy.

Preferably, embodiment 3 needs the MBMS of counting to be described for 3,3 need the TMGI of MBMS (MBMS service1, MBMS service2, MBMS service3) of counting be respectively 001,002,003}; The wherein corresponding MBSFN region 1 (namely corresponding MCCH1, MBSFN area identification is 01) of MBMS service1 and MBMS service2, the corresponding MBSFN region 2 (MCCH2, MBSFN area identification is 02) of MBMS service3; Concrete MBMS Counting requests message is:

Table 4:MCE is sent to the M2 interface message of eNB

2), after eNB receives above-mentioned message, this message is received to MCE response success.As the confirmation request message in Fig. 7.

3) for the MBMS of the needs counting on the different MCCH that MBMS Counting requests message configures, the MCCH update time of eNB set by every bar MCCH, the MBMS mark of the needs in MBSFN region corresponding to this MCCH counting is configured on this MCCH, as the Counting requests message in Fig. 7.

Preferably, MCCH1 information (MCCH update time=0) will be upgraded at place's update time that MCCH1 is concrete specific to embodiment 1, eNB, at bearer count request message above, in this message, comprise TMGI={001,002}; ENB will upgrade MCCH2 information (MCCH update time=1) at place's update time that MCCH2 is concrete, at bearer count request message above, comprise TMGI={003} in this message.

4) UE reads the content on MCCH, obtain the MBMS mark of the needs counting of configuration on every bar MCCH, then UE sends counting response message (Counting Response message) to eNB, this response message comprises the MBMS mark that this UE in above-mentioned MBMS mark is interested or receiving, as the counting response message in Fig. 7.

5) eNB sends the count report (MBMS service counting reporting) of MBMS to MCE, and this report message comprises the count results of MBMS.

Embodiment 4:

On Uu interface, eNB starts MBMS Uu at every turn, and to count the MBMS that the needs that can configure in flow process count be at most 16, and namely Counting requests message can configure at most 16 MBMS to be counted at every turn.When MCE sends M2 interface message to eNB, embodiment 4 is to be carried on the MBMS count message (MBMS Service Counting message) on M2 interface, and (the present embodiment is for MBSFN region 3 in certain MBSFN region, corresponding MCCH3) in need the MBMS counted to be greater than 16, embodiment 4 is for 64.Configuration 4 eNB are then needed to start the MCCH update time that MBMS Uu counts flow process in this message.

Particularly, two kinds of modes are had to be configured:

Method 1:

Configure eNB one by one and start the MCCH update time that MBMS Uu counts flow process; Specific to embodiment 2, in MBSFN region 3 corresponding in MBMS count message, 4 MCCH update time (such as: MCCH update time=1,3,5,7) will be configured, like this,

1) according to the MCCH update time received, front 16 MBMS are configured on MCCH3 by the time (as receiving first MCCH amendment cycle after from the message of MCE, corresponding MCCH update time=1) that eNB specifies at it;

2) eNB is after first MBMS Uu counting flow process completes, (in the time of specifying as receive the 3rd MCCH after from the message of MCE and revise the cycle, corresponding MCCH update time=3) restart a MBMS Uu counting flow process, that is: 17-32 MBMS is configured on MCCH3.

3) next coming in order are analogized, that is: receive at eNB the 5th (corresponding MCCH update time=5) of the message from MCE, after 7th MCCH revises the cycle (corresponding MCCHupdate time=7), eNB starts multiple MBMS Uu successively and counts flow process.

Method 2:

Configure first eNB and start the MCCH update time (as: MCCH updatetime=1) that MBMS Uu counts flow process, and configure the time interval (as: MCCH update interval time=1) between each eNB startup counting process.Like this:

2) eNB is after first MBMS Uu counting flow process completes, after being spaced the configured time interval, (as: 1, interval MCCH revises the cycle, namely receive the 3rd MCCH after from the message of MCE and revise the cycle, corresponding MCCHupdate interval time=1), restart a MBMS Uu and count flow process, that is: 17-32 MBMS is configured on MCCH.

3) next coming in order are analogized, that is: receive the 5th of the message from MCE at eNB, the 7th MCCH revises all after dates, and eNB starts multiple MBMS Uu successively and counts flow process.

Embodiment 5

In the message 1 that MCE sends to eNB, be configured with 4 MBSFN regions (respectively referred to as region 1, region 2, region 3, region 4) the MBMS of needs counting, and in each region, need the number of MBMS counted to be: there are 60 business in region 1, and there are 40 business in region 2, there are 30 business in region 3, and there are 15 business in region 4.The update time in all MBSFN regions is identical, as being all from next MCCH modification time (MCCH updatetime=1), and is all that 1, interval MCCH revises the cycle.And suppose that the MCCH in MBSFN region 1 and 2 be update time is 10.24s MCCH update time in 5.12s, MBSFN region 3 and 4.

In message 2:

MCCH1 comprises 4 MCCH update times, the MBMS of the needs counting of carrying on each MCCH1 is respectively: 16 business in primary TMGI list-1,16 business in secondary TMGI list-2,16 business in the TMGIlist-3 of third time, 12 business in the TMGI list-4 of the 4th time.

MCCH2 comprises 3 MCCH update times, and the MBMS of the needs counting of carrying on each MCCH2 is respectively: 16 business in primary TMGI list-1,16 business in secondary TMGI list-2,8 business in the TMGIlist-3 of third time.

MCCH3 comprises 2 MCCH update times, and the MBMS of the needs counting of carrying on each MCCH3 is respectively: 16 business in primary TMGI list-1,14 business in secondary TMGI list-2.

MCCH4 comprises 1 MCCH update time, 15 business in TMGI list.

Report count results for eNB, following two kinds of modes can be adopted:

1) after the count results obtaining all MBSFN regions, eNB just sends a piece of news 4 to MCE.That is a piece of news 1 and a piece of news 4 correspondence.

2) when adopting the method 2 of above-described embodiment,

Table 5: the report content comprised in every bar message 1

	MBSFN1	MBSFN2	MBSFN3	MBSFN4
					Message 1 (for the first time) content:	TMGI list-1	TMGI list-1	Nothing	Nothing
Message 1 (for the second time) content:	TMGI list-2	TMGI list-2	TMGI list-1	TMGI list-1
					Message 1 (for the third time) content:	TMGI list-3	TMGI list-3	Nothing	Nothing
Message 1 (the 4th time) content:	TMGI list-4	Nothing	TMGI list-2

That is:

When first time sends message 4, message 4 comprises the count results of the MBMS of the needs counting on the TMGIlist-1 of TMGI list-1 and MBSFN2 of MBSFN1.

When second time sends message 4, message 4 comprises the count results of the MBMS of the needs counting on the TMGIlist-1 of TMGIlist-1 and MBSFN4 of TMGIlist-2, MBSFN3 of TMGI list-2, MBSFN2 of MBSFN1.

When third time sends message 4, message 4 comprises the count results of the MBMS of the needs counting on the TMGIlist-3 of TMGI list-3 and MBSFN2 of MBSFN1.

When sending message 4 the 4th time, message 4 comprises the count results of the MBMS of the needs counting on the TMGIlist-2 of TMGI list-4, MBSFN3 of MBSFN1.

Embodiment 5

Fig. 8 is the preferred flow chart of another kind of the method for counting of multimedia broadcast-multicast service according to the embodiment of the present invention, and it comprises the steps:

S802, eNB are according to the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region;

S804, the count results of the described MBMS that described eNB receiving terminal UE sends;

S806, the count results received is sent to MCE according to pre-configured strategy by described eNB.

In this preferred embodiment, all MBMS count results are reported MCE according to pre-configured strategy by eNB, thus achieve reporting of the count results in multiple MBSFN region.

Preferably, the count results received sends to the step of MCE to comprise following one of two things according to pre-configured strategy by described eNB:

1) after described eNB receives the count results of the described MBMS of all needs countings on all described MBSFN regions, all count results of the described MBMS of counting that need on all described MBSFN regions are sent to described MCE by described eNB; In this preferred embodiment, all MBMS count results are reported MCE according to configuration in advance by eNB once, thus achieve reporting of the count results in multiple MBSFN region; Or

2) when described eNB receives the count results of the described MBMS of the one or more needs countings on one or more described MBSFN region, the count results received is sent to described MCE by described eNB.In this preferred embodiment, eNB reports MCE according to configuration in advance in batch by MBMS count results, thus adds the flexibility that count results reports.

Preferably, before the counting of eNB according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region, when the number of the maximum MBMS that all on a described MBSFN region described eNB singles that needed the number of described MBMS of counting to exceed start, described MCE is that MCCH corresponding to a described MBSFN region configures multiple update time.In this preferred embodiment, configure multiple update time by the MCCH corresponding for a described MBSFN region, ensure that the accuracy of configuration.

Preferably, before the counting of eNB according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region, described MCE is that MCCH corresponding to each described MBSFN region configures one or more update time.

2) described MCE is interval update time that MCCH corresponding to described MBSFN region configures a update time and correspondence, wherein, the time difference between upper update time of MCCH described in time interval described update time and the current update time of described MCCH.In this preferred embodiment, by configuring clear and definite interval update time, simplifying operating process, adding the flexibility of configuration.

3) described MCE is that MCCH corresponding to described MBSFN region configures a update time and adopt acquiescence interval T update time, T=0,1,2, wherein, the described time difference given tacit consent between a upper update time of MCCH described in time interval update time and the current update time of described MCCH.

Preferably, when described MCE be MCCH corresponding to described MBSFN region configure interval update time of a update time and correspondence time, described eNB comprises according to the step of the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to described each MBSFN region in described each MBSFN region: described update time, interval was configured to 0, for representing that described eNB starts the counting of MBMS corresponding to MBMS mark in described MBSFN region continuously; Or described update time, interval was configured to N, N >=1, for representing that described eNB identifies the counting of corresponding MBMS at interval of N number of MCCH cycle of revising MBMS started in described MBSFN region.

Embodiment 7

Fig. 9 is the preferred structural representation of one of the number system of multimedia broadcast-multicast service according to the embodiment of the present invention, it comprises: MCE 902 and eNB 904, wherein, described MCE 902 is for configuring MBMS count parameter, and the message carrying described MBMS count parameter is sent to described eNB 904, wherein, described MBMS count parameter: need the MBMS mark counted in one or more MBSFN region, the update time of the MCCH that described each MBSFN region is corresponding; Described eNB 904 is for the counting according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to described each MBSFN region in described each MBSFN region.

Preferably, described MCE 902 comprises: dispensing unit, configures one or more update time for the MCCH corresponding for each described MBSFN region.In this preferred embodiment, by configuring clear and definite update time, add the flexibility of configuration.

Preferably, described dispensing unit comprise following one of at least: the first configuration module, configuring multiple update time for the MCCH corresponding for described MBSFN region, in this preferred embodiment, by configuring clear and definite update time, adding the flexibility of configuration; Or, second configuration module, interval update time of a update time and correspondence is configured for the MCCH corresponding for described MBSFN region, wherein, the time difference between a upper update time of MCCH described in described update time time interval and the current update time of described MCCH; 3rd configuration module, configure a update time for the MCCH corresponding for described MBSFN region and adopt acquiescence interval T update time, T=0,1,2, wherein, the described time difference given tacit consent between a upper update time of MCCH described in time interval update time and the current update time of described MCCH.In this preferred embodiment, by configuring clear and definite interval update time, add the flexibility of configuration.

Preferably, described eNB 904 comprises: the first start unit, for when described update time, interval was configured to 0, starts the counting of the MBMS of the MBMS mark correspondence in described each MBSFN region continuously; Second start unit, for when described update time, interval was configured to N, starts the counting of the MBMS of the MBMS mark correspondence in a MBSFN region at interval of N number of MCCH cycle of revising, wherein, and N >=1.In this preferred embodiment, by configuring clear and definite interval update time, add the flexibility of configuration.

Preferably, described eNB 904 comprises: the first receiving element, for the count results of the described MBMS that receiving terminal UE sends; First transmitting element, during for receiving the count results of the described MBMS of all needs countings on all described MBSFN regions at described first receiving element, all count results of the described MBMS of counting that need on all described MBSFN regions are sent to described MCE.In this preferred embodiment, eNB reports MCE according to configuration in advance once by all MBMS count results, thus achieves reporting of the count results in multiple MBSFN region.

Preferably, described eNB 904 comprises: the second receiving element, for the count results of the described MBMS that receiving terminal UE sends; Second transmitting element, during for receiving the count results of the described MBMS of the one or more needs countings on one or more described MBSFN region whenever described second receiving element, sends to described MCE by the count results received.In this preferred embodiment, eNB reports MCE according to configuration in advance in batch by MBMS count results, thus adds the flexibility that count results reports.

Preferably, described dispensing unit comprises: the 4th configuration module, when the number of the maximum MBMS that all on a described MBSFN region described eNB singles that needed the number of described MBMS of counting to exceed start, be that MCCH corresponding to a described MBSFN region configures multiple update time.In this preferred embodiment, configure multiple update time by the MCCH corresponding for a described MBSFN region, ensure that the accuracy of configuration.

Obviously, those skilled in the art should be understood that, above-mentioned of the present invention each module or each step can realize with general calculation element, they can concentrate on single calculation element, or be distributed on network that multiple calculation element forms, alternatively, they can realize with the executable program code of calculation element, thus they storages can be performed by calculation element in the storage device, or they are made into each integrated circuit modules respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.

The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. a method of counting for multimedia broadcast-multicast service, is characterized in that, comprising:

MCE configures MBMS count parameter, wherein, and described MBMS count parameter: need the MBMS mark counted in one or more MBSFN region, the update time of the MCCH that each described MBSFN region is corresponding;

Described MCE sends the message carrying described MBMS count parameter to eNB;

Described eNB is according to the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each described MBSFN region in each described MBSFN region.

2. method according to claim 1, is characterized in that, the step that described MCE configures MBMS count parameter comprises:

Described MCE is that MCCH corresponding to each described MBSFN region configures one or more update time.

3. method according to claim 2, is characterized in that, described MCE be MCCH configuration multiple update time corresponding to described MBSFN region by one of following steps:

Described MCE is that MCCH corresponding to described MBSFN region configures multiple update time; Or

Described MCE is interval update time that MCCH corresponding to described MBSFN region configures a update time and correspondence, wherein, and the time difference between a upper update time of MCCH described in described update time time interval and the current update time of described MCCH; Or

Described MCE is that MCCH corresponding to described MBSFN region configures a update time and adopt acquiescence interval T update time, T=0,1,2, wherein, the described time difference given tacit consent between a upper update time of MCCH described in time interval update time and the current update time of described MCCH.

4. the method according to any one of claims 1 to 3, is characterized in that, the step that described MCE configures MBMS count parameter comprises:

When the number of the maximum MBMS that all on a described MBSFN region described eNB singles that needed the number of described MBMS of counting to exceed start, described MCE is that MCCH corresponding to described MBSFN region configures multiple update time.

5. method according to claim 3, it is characterized in that, when described MCE be MCCH corresponding to described MBSFN region configure interval update time of a update time and correspondence time, described eNB comprises according to the step of the counting of MBMS corresponding to the MBMS mark that the update time of MCCH corresponding to each described MBSFN region starts in each described MBSFN region:

Described update time, interval was configured to 0, for representing that described eNB starts the counting of the MBMS of the MBMS mark correspondence in described MBSFN region continuously; Or

Described update time, interval was configured to N, N >=1, for representing that described eNB identifies the counting of corresponding MBMS at interval of N number of MCCH cycle of revising MBMS started in described MBSFN region.

6. method according to claim 1, is characterized in that, after the counting of the MBMS that the MBMS mark started in each described MBSFN region in the update time of the described eNB MCCH corresponding according to each described MBSFN region is corresponding, also comprises:

The count results of the described MBMS that described eNB receiving terminal UE sends;

When described eNB receives the count results of the described MBMS of all needs countings on all described MBSFN regions, all count results of the described MBMS of counting that need on all described MBSFN regions are sent to described MCE by described eNB.

7. method according to claim 1, is characterized in that, after the counting of the MBMS that the MBMS mark started in each described MBSFN region in the update time of the described eNB MCCH corresponding according to each described MBSFN region is corresponding, also comprises:

When described eNB receives the count results of the described MBMS of the one or more needs countings on one or more described MBSFN region, the count results received is sent to described MCE by described eNB.

8. a method of counting for multimedia broadcast-multicast service, is characterized in that, comprising:

ENB is according to the counting of MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region;

The count results received is sent to MCE according to pre-configured strategy by described eNB;

Wherein, the count results received sends to the step of MCE to comprise according to pre-configured strategy by described eNB:

After described eNB receives the count results of the described MBMS of all needs countings on all described MBSFN regions, all count results of the described MBMS of counting that need on all described MBSFN regions are sent to described MCE by described eNB; Or

9. method according to claim 8, is characterized in that, before the counting of eNB according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region, also comprises:

10. method according to claim 8, is characterized in that, before the counting of eNB according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each MBSFN region in each MBSFN region, also comprises:

11. methods according to claim 9 or 10, is characterized in that, described MCE be MCCH configuration multiple update time corresponding to described MBSFN region by one of following steps:

The number system of 12. 1 kinds of multimedia broadcast-multicast services, is characterized in that, comprising: MCE and eNB, wherein,

Described MCE is for configuring MBMS count parameter, and the message carrying described MBMS count parameter is sent to described eNB, wherein, described MBMS count parameter: need the MBMS mark counted in one or more MBSFN region, the update time of the MCCH that each described MBSFN region is corresponding;

Described eNB is used for the counting according to MBMS corresponding to the MBMS mark started the update time of MCCH corresponding to each described MBSFN region in each described MBSFN region.

13. systems according to claim 12, is characterized in that, described MCE comprises:

Dispensing unit, configures one or more update time for the MCCH corresponding for each described MBSFN region.

14. systems according to claim 13, is characterized in that, described dispensing unit comprise following one of at least:

First configuration module, configures multiple update time for the MCCH corresponding for described MBSFN region;

Second configuration module, interval update time of a update time and correspondence is configured for the MCCH corresponding for described MBSFN region, wherein, the time difference between upper update time of MCCH described in time interval described update time and the current update time of described MCCH; Or

3rd configuration module, configure a update time for the MCCH corresponding for described MBSFN region and adopt acquiescence interval T update time, T=0,1,2, wherein, the described time difference given tacit consent between a upper update time of MCCH described in time interval update time and the current update time of described MCCH.

15. systems according to claim 14, is characterized in that, described eNB comprises:

First start unit, for when described update time, interval was configured to 0, starts the counting of the MBMS of the MBMS mark correspondence in described MBSFN region continuously;

Second start unit, for when described update time, interval was configured to N, starts the counting of the MBMS of the MBMS mark correspondence in described MBSFN region at interval of N number of MCCH cycle of revising, wherein, and N >=1.

16. systems according to claim 12, is characterized in that, described eNB comprises:

First receiving element, for the count results of the described MBMS that receiving terminal UE sends;

First transmitting element, during for receiving the count results of the described MBMS of all needs countings on all described MBSFN regions at described first receiving element, all count results of the described MBMS of counting that need on all described MBSFN regions are sent to described MCE.

17. systems according to claim 12, is characterized in that, described eNB comprises:

Second receiving element, for the count results of the described MBMS that receiving terminal UE sends;

Second transmitting element, during for receiving the count results of the described MBMS of the one or more needs countings on one or more described MBSFN region whenever described second receiving element, sends to described MCE by the count results received.

18. systems according to claim 13, is characterized in that, described dispensing unit comprises:

4th configuration module, when the number of the maximum MBMS that all on a described MBSFN region described eNB singles that needed the number of described MBMS of counting to exceed start, be that MCCH corresponding to described MBSFN region configures multiple update time.