CN103874077B - Method and system for dividing a base station area through - Google Patents

Method and system for dividing a base station area through Download PDF

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CN103874077B
CN103874077B CN 201210526090 CN201210526090A CN103874077B CN 103874077 B CN103874077 B CN 103874077B CN 201210526090 CN201210526090 CN 201210526090 CN 201210526090 A CN201210526090 A CN 201210526090A CN 103874077 B CN103874077 B CN 103874077B
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base station
access
ring
rings
value
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CN 201210526090
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CN103874077A (en )
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朱鹏
周光涛
王健全
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中国联合网络通信集团有限公司
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Abstract

本发明提供一种基站直通区域的划分方法及系统,本发明的方法通过接收至少两个接入环中所有基站分别发送的各自的上行流量信息、并根据预先存储的各基站的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环,并对各接入环中所有基站的上行流量信息分别进行统计,以获取至少两个接入环中每两个接入环之间的交互流量值,只有当两个接入环之间的交互流量值满足预设的阈值时,才将两个接入环中所有基站划分到一个基站直通区域,从而实现根据两个接入环之间的交互流量值而动态划分基站直通区域,因此不会造成基站间直通隧道的浪费,并且能够有效缓解核心网的压力。 The present invention provides a method and system base station through division regions of each of the upstream traffic transmission method of the present invention by receiving the at least two rings access all the base stations respectively, according to a cell identifier of each base station and stored in advance, and then the loop correspondence relationship, determining the access flow rate information corresponding to each upstream ring respectively associated base stations, and each access ring upstream traffic statistics for all the base stations respectively, for each of the at least two access two contact rings the interaction between the loop flow rate value, flow rate value only when the interaction between the two access rings to meet a preset threshold, only the two rings access all the base stations through the base station is divided into a region, according to two in order to achieve interactive traffic between two access loop dynamic partitioning value through the base station area, it will not cause the waste through a tunnel between the base station and can effectively alleviate the pressure of the core network.

Description

基站直通区域的划分方法及系统 Method and system for dividing a base station area through

技术领域 FIELD

[0001] 本发明涉及通信技术领域,尤其涉及一种基站直通区域的划分方法及系统。 [0001] The present invention relates to communications technologies, and in particular relates to a method and a system for dividing a base station through the region.

背景技术 Background technique

[0002]随着通信技术的发展,用户对移动互联网的业务需求不断增加,基于传统的移动互联网通信系统中集中式的数据传输机制,所有终端的上行数据都要通过基站传输给服务网关(Serving Gateway,简称S-GW),再由S-GW交由公用数据网(Public Data Network,简称PDN)网关,最后接入业务平台,通过业务平台将数据反向传输给数据接收终端的所属基站,由基站发送给接收终端,由此可知,传统的数据传输方式需要全程穿梭于无线接入网和核心网之间。 [0002] With the development of communication technologies, the user demand for mobile Internet services is increasing Internet-based conventional mobile communication system, a centralized data transfer mechanism, the uplink data via a base station for all terminals to be transmitted to the serving gateway (Serving gateway, referred to as S-GW), and then by the S-GW public data network (public data network, abbreviated PDN) gateway, final access service platform, the service platform through the reverse transfer data to the data receiving terminal of the base station belongs, transmitted to the receiving terminal by the base station, it can be seen, the conventional data transmission requires the entire shuttle between a radio access network and the core network. 而且,即便是同一基站下的两个终端相互通信,源终端向目的终端发送的数据也要通过基站传输给S-GW,再由S-GW发送至PDN网关,进而接入业务平台,通过业务平台将数据反向传输至基站,由基站将数据发送给目的终端,因此,传统的数据传输模式使得核心网的处理能力面临巨大压力,进而造成数据传输的效率低下。 Moreover, even if two data terminals communicate with each other under the same base station, the source terminal to the destination terminal also transmits, and then transmitted to the PDN gateway to a base station transmitting through a S-GW by the S-GW, and further access to the service platform through business the reverse transmission data to the internet base station, the base station transmits data to the destination terminal, and therefore, the conventional data transmission mode so that the processing capabilities of the core network under intense pressure, thus resulting in low data transmission efficiency.

[0003] 为应对移动互联网业务的迅猛发展对传统的移动互联网通信系统带来的挑战,有人提出了基于基站间数据直接传输的方法,即位置临近的两个终端之间通信,可以不经过核心网而由相应基站之间建立直通链路进行数据传输,源基站接收到源终端发来的与目的终端进行通信的业务请求后,源基站通过基站间直连接口向相邻基站广播发送目的终端查找请求,各个相邻基站则根据预存的小区内成员信息查找与目的终端查找请求相对应的目的终端,查找到目的终端的相邻基站则作为目的基站向源基站回复查找成功消息,源基站接收到查找成功消息后,通过基站直连接口与目的基站之间建立数据直通链路,从而通过数据直通链路将源终端向目的终端发送的数据直接发送给目的基站,进而由目的基站向目的终端转发。 [0003] In response to the challenge of the rapid development of mobile Internet services to traditional communications systems to bring the mobile Internet, it was suggested that the method of direct transmission between the base station data based on that communication between two end positions nearby, you can not go through the core after the network established by the base station through the link between the respective data transmission, the source base station receives the source and destination terminal sent by the terminal service request to communicate, via the source base station is connected directly between the base station transmits the destination terminal port to a neighboring base station broadcasts search request, the search request for the respective neighboring base station corresponding to the destination terminal in accordance with the pre-stored cell information to find destination terminal members, to find the destination terminal as the destination of the neighbor base station to the source base station search is successful reply message, the source base station receives after the search is successful message, via a base station directly connected between the port and the destination base station through a data link is established, so that the data sent over the data link through the transmission source terminal to the destination terminal directly to the destination station, and then to the destination terminal by the target base station forwarding.

[0004] 虽然上述源基站通过广播的方式向相邻基站对目的终端进行寻址、以确定目的基站是否属于相邻基站范围之内即基站直通区域内、如果是则建立与目的基站之间直通链路的方式能够在一定程度上减轻核心网的压力,但是,对基站直通区域的大小却很难确定,如果基站直通区域设置过小,则只能使得部分基站之间可以采用直通方式进行数据传输,对缓解核心网的压力比较有限;而如果基站直通区域设置过大,则由于相邻区域内的基站两两之间都要建立直通隧道,而在基站直通区域内基站之间交互不太多的情况下基站之间建立的直通隧道也是一种资源浪费,因此,一个合理的基站直通区域的划分非常关键。 [0004] While the above source base station addressed to the destination terminal the neighboring base station, to determine whether the destination base station through a base station within the area that is within the scope of the neighboring base station, if it is straight between the object and the base station is established by way of broadcasting way link reduces stress in the core network to some extent, however, through the base station it is difficult to determine the size of the region, through the base station if the set region is too small, so that only the portion between the base station can be used for data pass-through mode transmission, ease the pressure on the core network is relatively limited; and if the base station straight locale is too large, the base stations in the area adjacent tunnel to be established between any two straight, while the base station straight through the interaction between the base station is not within the area established between base stations when there are more straight-through tunnel is a waste of resources, therefore, a reasonable division of pass-through area of ​​the base station is critical.

发明内容 SUMMARY

[0005] 本发明的目的在于提供一种基站直通区域的划分方法及系统,以实现对基站直通区域的合理划分。 [0005] The object of the present invention is to provide a method and a system for dividing a base station through the region, in order to achieve a reasonable divided area through the base station.

[0006] 本发明的第一个方面是提供一种基站直通区域的划分方法,包括: [0006] A first aspect of the present invention is to provide a base station through the divided areas, comprising:

[0007] 接收至少两个接入环中所有基站分别发送的各自的上行流量信息,各基站的每条上行流量信息分别包括所述基站的小区标识、另一基站的小区标识以及在预设时间区域内以所述基站为源基站、以所述另一基站为目的基站的上行流量值; [0007] receiving at least two of each of the upstream traffic in the access ring are transmitted to all base stations, each of the upstream traffic of each base station respectively comprise the base station cell identifier, a cell identifier of the other base station and a preset time in the region of the base station is a source base station to another base station to the destination base station an uplink flow rate value;

[0008] 根据预先存储的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环; [0008] The cell ID and a correspondence relationship previously stored in the access ring, the access is determined for each base station corresponding to the upstream traffic respectively associated ring;

[0009] 对各接入环中所有基站的上行流量信息分别进行统计,获取所述至少两个接入环中每两个接入环之间的交互流量值,所述两个接入环之间的交互流量值为在所述预设时间区域内以一个接入环中任一基站为源基站、以另一接入环中任一基站为目的基站的上行流量值之和加上在所述预设时间区域内以所述另一接入环中任一基站为源基站、以所述一个接入环中任一基站为目的基站的上行流量值之和; [0009] The upstream traffic to all base stations in each access ring are statistical information, obtain the value of the interactive traffic between the at least two rings of each of two access access ring, the two rings access interactive traffic between a value within the predetermined time zone upstream traffic access value to a ring any of which station is the source base station, another access to the ring any of which is the target base station and the plus said predetermined time region to the other ring any of which access to the source base station, the access to the ring any of which a flow rate value of an uplink station and a target base station;

[0010] 若存在两个接入环之间的交互流量值满足预设的第一阈值,则将所述两个接入环中所有基站划分到一个基站直通区域。 [0010] If the interactive traffic between two access rings presence value satisfies a first preset threshold, the two rings access all the base stations through the base station is divided into a region.

[0011] 本发明的另一个方面是提供一种基站直通区域的划分系统,包括: [0011] Another aspect of the present invention is to provide a base station system through the divided areas, comprising:

[0012] 第一接收模块,用于接收至少两个接入环中所有基站分别发送的各自的上行流量ί目息,各基站的每条上彳丁流量ί目息分别包括所述基站的小区标识、另一基站的小区标识以及在预设时间区域内以所述基站为源基站、以所述另一基站为目的基站的上行流量值; [0012] a first receiving module, for receiving respective uplink traffic ί mesh access information at least two base stations are transmitted to all rings, and each of the left foot traffic ί butoxy mesh information of each base station each include a cell of the base station identifier, a cell identifier of another base station and an uplink to the base flow rate value as a source base station to the destination base station to another base station within a predetermined time zone;

[0013] 接入环确定模块,用于根据预先存储的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环; [0013] ring access determining module, according to a correspondence relationship between a cell ID and access ring stored in advance to determine the flow rate information corresponding to each upstream ring access station belongs, respectively;

[0014] 第一获取模块,用于对各接入环中所有基站的上行流量信息分别进行统计,获取所述至少两个接入环中每两个接入环之间的交互流量值,所述两个接入环之间的交互流量值为在所述预设时间区域内以一个接入环中任一基站为源基站、以另一接入环中任一基站为目的基站的上行流量值之和加上在所述预设时间区域内以所述另一接入环中任一基站为源基站、以所述一个接入环中任一基站为目的基站的上行流量值之和; [0014] The first acquiring module, for upstream traffic to all base stations for each of the access statistical information each ring, interworking between the flow rate value of said at least two access rings every two access ring, the said interactive traffic between two access rings is within the predetermined time zone upstream traffic to the access ring, any of which a source base station, another access to the ring any of which the target base station and adding value within the predetermined time region to the other ring any of which access to the source base station, the access to the ring any of which a flow rate value of an uplink station and a target base station;

[0015] 划分模块,用于若存在两个接入环之间的交互流量值满足预设的第一阈值,则将所述两个接入环中所有基站划分到一个基站直通区域。 [0015] dividing module, configured to, if the interactive traffic between two access rings value satisfies a first preset threshold, the two rings access all the base stations through the base station is divided into a region exists.

[0016] 采用上述本发明技术方案的有益效果是:本发明的方法通过接收至少两个接入环中所有基站分别发送的各自的上行流量信息、并根据预先存储的各基站的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环,并对各接入环中所有基站的上行流量信息分别进行统计,以获取至少两个接入环中每两个接入环之间的交互流量值,当存在两个接入环之间的交互流量值满足预设的第一阈值时,则将两个接入环中所有基站划分到一个基站直通区域。 [0016] With the above aspect of the invention beneficial effects: the respective upstream traffic transmission method of the present invention by receiving the at least two rings access all the base stations respectively, according to a cell identifier of each base station and stored in advance, and then the loop correspondence relationship, determining the access flow rate information corresponding to each upstream ring respectively associated base stations, and each access ring upstream traffic statistics for all the base stations respectively, for each of the at least two access two contact rings the interaction between the flow rate value into the ring, when present in the interactive traffic between two access rings value satisfies a first predetermined threshold value, the two rings access all the base stations through the base station is divided into a region. 通过本发明的方法可以根据每两个接入环之间的交互流量值而动态划分基站直通区域,使得直通区域内的基站间可以采用直通方式进行数据传输,从而缓解核心网的压力,同时,由于基站直通区域是根据每两个接入环之间的交互流量值进行划分的,只有当两个接入环之间的交互流量值满足预设的第一阈值时,才将两个接入环中所有基站划分到一个基站直通区域,因此,也不会造成基站间直通隧道的浪费。 Can be dynamically divided in accordance with the present invention by the method of interaction between each of the flow rate value two access through the base station ring region, so that the inter-base station through the region can be used for data transmission through manner to relieve the pressure of the core network, at the same time, Since the base station through the region is divided based on the interaction between each of the flow rate value two access ring, only when the interactive traffic between two access rings value satisfies a first predetermined threshold value, only two access dividing all the base stations to the ring through a base region, and therefore, will not cause a waste of inter-base station through a tunnel.

附图说明 BRIEF DESCRIPTION

[0017]图1为本发明实施例一提供的一种基站直通区域的划分方法的流程示意图; [0017] Fig 1 a schematic flow chart of a base station according to a first pass-through region division method embodiment of the invention;

[0018]图2为本发明实施例中移动回传网络的拓扑结构图; [0018] Example 2 FIG mobile backhaul network topology of the present invention;

[0019]图3为本发明实施例二提供的一种基站直通区域的划分方法的流程示意图; [0019] Fig 3 a schematic flow chart of a base station according to a second pass-through region division method embodiment of the invention;

[0020]图4为本发明实施例三提供的一种基站直通区域的划分系统的结构示意图; [0020] Fig 4 a schematic structural diagram of a base station according to a third pass-through region division system embodiment of the invention;

[0021]图5为本发明实施例四提供的一种基站直通区域的划分系统的结构示意图。 [0021] Fig 5 a schematic structural diagram of a base station according to a fourth pass-through region dividing system embodiment of the invention.

具体实施方式 Detailed ways

[0022]图1为本发明实施例一提供的一种基站直通区域的划分方法的流程示意图,如图1所示,所述基站直通区域的划分方法可以包括如下步骤: [0022] Fig 1 a schematic flow chart of a base station according to a first pass-through region division method embodiment of the invention, shown in Figure 1, the base station through region division method may include the steps of:

[0023] 步骤101,接收至少两个接入环中所有基站分别发送的各自的上行流量信息; [0023] Step 101 receives at least two of each of the upstream traffic in the access ring are transmitted to all base stations;

[0024]需要说明的是,本发明技术方案针对的是面向3G/4G用户的移动回传网络,图2为本发明实施例中移动回传网络的拓扑结构图,如图2所示,移动回传网络按照拓扑关系一般包括核心层、汇聚层和接入层,其中,汇聚层可以是楼群或小区的信息汇聚点,是连接接入层和核心层的网络设备,为接入层提供数据的汇聚、传输、分发处理等,并通过网段将汇聚层划分为多个区间,每个区间称为一个汇聚环;而接入层通常是指负责接入网络的基站和接入层路由设备,接入层路由设备负责接入基站连接到网络,接入层的主要功能是完成用户流量的接入和推送,如将来自基站的流量接入网络、或将来自网络的流量推送给基站,根据移动回传网络的拓扑关系,又可以将接入层划分为多个接入环,例如,可以按照实际地理区域进行划分,如将某个片区下所有基站和接 [0024] Incidentally, the technical solutions of the present invention is directed for a mobile 3G / 4G backhaul network user, FIG. 2 embodiment topology mobile backhaul network embodiment of the invention, as shown in FIG 2 is moved back transmission network topology according to generally comprise a core layer, convergence layer and access layer, which may be buildings or the convergence layer information cell aggregation point is connected to the access network and core layers of the device, to provide data access layer aggregation, transmission, processing, distribution, and by the convergence layer network is divided into a plurality of sections, each section is called a convergence ring; generally refers to the base station access layer is responsible for access layer and access network routing devices access layer is responsible for routing the access base station apparatus connected to the network, the access layer have the primary function of the user access traffic and pushing, such as a base station traffic from the access network or from the network traffic pushed to the base station, the mobile backhaul network topology, and can be divided into a plurality of access ring access layer, for example, may be divided according to the actual geographical area, as will be all the base stations and the ground at a certain area 层路由设备划分为一个接入环,并通过汇聚环的网络设备连接到核心层,其中,一个汇聚环可以连接一个或多个接入环。 Layer routing device access ring into one, and connected by a ring converged to the core network device, wherein a convergence ring may be attached to one or more access ring.

[0025] 在本发明实施例中,执行主体可以是本发明实施例提供的基站直通区域的划分系统,其可以部署在运营商的核心网中,对运营商的所有基站进行管理;也可以单独部署,分别与运营商的核心网中所有基站通信连接,从而实现对运营商的所有基站进行管理。 [0025] In the embodiment of the present invention, the execution subject may be a classification system of the base station through the region according to an embodiment of the present invention, it can be deployed in an operator's core network, for all the base stations operators manage; may also be provided separately deploying, all the base stations are connected to the communication carrier network and the core, in order to achieve all of the base station operator to manage. 在本实施例中,当至少两个接入环中所有基站接收到各自管辖范围下的终端发送的数据包、并根据数据包内携带的目的IP确定数据包为由基站转发的端到端的数据包时,各基站则分别记录各自转发数据包的每条上行流量信息,其中,各基站转发数据包的每条上行流量信息分别包括各基站的小区标识、另一基站的小区标识以及以各基站为源基站以另一基站为目的基站转发所述数据包的流量值。 In the present embodiment, when at least two rings access all base stations receiving the data packet under the jurisdiction of the respective terminal transmitted, and IP packet data is determined according to the purpose of carrying the end of the packet forwarding data base by when the packet, each base station each respectively recorded respective upstream traffic packet forwarding, wherein each upstream traffic information of each base station forwards the packet identifier of each cell comprises a cell identifier of each base station to another base station and each base station a source base station to another base station for the purpose of forwarding the packet flow rate value. 举例来说,若基站A转发某一数据包B至目的基站C,则基站A记录一条上行流量信息,包括基站A的小区标识、数据包B中携带的目的基站C的小区标识、基站A转发该数据包B所耗费的流量值,即数据包B的大小的流量值,若该数据包B的大小为3K,则基站A转发该数据包B所耗费的流量值为3K。 For example, if the base station A forwards a data packet B to the destination base station C, the base station A record an upstream traffic, the base station A comprises a cell identification, cell identification packet B carried in the destination base station C, the base station A forwards the packet traffic value B is consumed, i.e., the size of the packet flow rate value of B, if the packet size is B 3K, the base station a forwards the packet B takes the value of the flow rate of 3K. 进一步地,各基站还可以根据预设的时间区域并按照目的基站的小区标识对各自记录的转发数据包的上行流量信息进行统计,并向基站直通区域的划分系统发送统计后的上行流量信息,其中,统计后的上行流量信息包括所述基站的小区标识(即源基站的小区标识)、另一基站的小区标识(即目的基站的小区标识),以及在预设时间区域内统计的源基站到目的基站的上行流量值,举例来说,如果在预设时间区域内基站A向目的基站C共转发了3个数据包,其大小分别为2K、4K和5K,则基站A向基站直通区域的划分系统发送统计后的上行流量信息中包括基站A的小区标识、目的基站C的小区标识、以及在预设时间区域内统计的基站A到目的基站C的上行流量值为基站A向目的基站C转发的3个数据包的大小之和(即21(加上41(再加上51(共111(的流量值)。基站直通区域的划分系统则 Further, each base station may also be a predetermined time region information and the uplink traffic to forward the packet according to the respective recording of statistics according to the destination base station cell identifier to the base station through an uplink traffic transmitted statistical information of the system area is divided, wherein the upstream traffic statistics include the cell identification of the base station (i.e., a cell identity of the source base station), identifying a cell of another base station (i.e., a cell identifier of the destination base station), as well as statistics for a preset time base source region flow rate value up to the target base station, for example, if the base station a total of three forwarding packets to the destination station within a predetermined time region C, which are the size of 2K, 4K and. 5K, the base station a to the base station through area the classification system of transmitting upstream traffic statistics information includes a cell ID of the base station a, base station C cell identification purposes, the base station a and statistics within a preset time zone upstream traffic to the destination base station is the base station C to station a to the object C forwards the size of the packets 3 and (i.e., 21 (plus 41 (plus 51 (111 total (flow value) through the base station system area is divided 收至少两个接入环中所有基站发送的各自统计后的上述上行流量信息。 Receiving the uplink access traffic information of at least two rings in the respective base station transmits all the statistics.

[0026] 步骤102,根据预先存储的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环; [0026] Step 102, a cell identifier based on the correspondence stored in advance and the access ring, determining the flow rate information corresponding to each upstream ring access station belongs, respectively;

[0027] 具体的,基站直通区域的划分系统中可以预先存储小区标识和接入环的对应关系,例如可以是接入环的编号与小区标识的对应关系,即一个接入环的编号对应一个或多个小区标识。 [0027] Specifically, the division of the base station through the system region may be previously stored in the cell identifier and the correspondence relationship between access ring, for example, the correspondence between the identification number and the cell access ring, i.e., an access number corresponding to a ring identifying one or more cells. 因此,基站直通区域的划分系统可以根据接收的各基站的上行流量信息以及预先存储的小区标识和接入环的对应关系,而确定各上行流量信息对应基站分别所属的接入环,即分别确定上行流量信息中源基站的小区标识对应的源接入环的编号以及目的基站的小区标识对应的目的接入环的编号。 Thus, the base station system through the divided areas of each base station according to the uplink traffic received information and the correspondence between the cell ID and access ring stored in advance, and determining the access flow rate information corresponding to each upstream ring respectively associated base stations, i.e. to determine a cell object identification number and the destination base station cell identifier of the source access ring corresponding uplink traffic source base station number information corresponding to the access ring.

[0028] 步骤103,对各接入环中所有基站的上行流量信息分别进行统计,获取所述至少两个接入环中每两个接入环之间的交互流量值; [0028] Step 103, all uplink traffic of the base stations in each access ring are statistical information, an interworking between the flow rate value two rings each access said at least two access ring;

[0029] 在本实施例中,基站直通区域的划分系统可以按照各接入环的编号分别对各接入环中所有基站的上行流量信息进行统计,从而获取至少两个接入环中每两个接入环之间在预设时间区域内的交互流量值,即在预设时间区域内以一个接入环中任一基站为源基站、以另一接入环中任一基站为目的基站的上行流量值之和加上在所述预设时间区域内以所述另一接入环中任一基站为源基站、以所述一个接入环中任一基站为目的基站的上行流量值之和。 [0029] In the present embodiment, the base station system through the divided areas respectively for upstream traffic to all base stations in each access ring statistics information according to the access number of each ring, so as to obtain at least two rings of each of two access the interaction between a flow rate value within a preset time access ring area, i.e. within a predetermined time region with access to the ring any of which the source base station, another access to the ring any of which is the target base station flow rate values ​​plus upstream and access any of which ring target base station uplink flow rate value within the predetermined time region to the other ring any of which access to the source base station, to the one Sum. 举例来说,若接入环A下包括基站a和基站b,接入环B下包括基站c和基站d,则接入环A和接入环B之间的交互流量值为以基站a为源基站、以基站c为目的基站的上行流量值、加上以基站a为源基站、以基站d为目的基站的上彳丁流量值、加上以基站b为源基站、以基站c为目的基站的上行流量值、加上以基站b为源基站、以基站d为目的基站的上行流量值、再加上以基站c为源基站、以基站a为目的基站的上彳丁流量值、加上以基站c为源基站、以基站b为目的基站的上行流量值、加上以基站d为源基站、以基站a为目的基站的上行流量值、加上以基站d为源基站、以基站b为目的基站的上彳丁流量值之和。 For example, if the access ring comprises a base station A and a station B, the access ring B comprises a base station c and d, the access interactive traffic between ring A and ring B is an access to a base station source base station to the value of c for upstream traffic destination base station, a base station coupled to a source base station to the destination base station for the base d on the left foot butoxy flow rate value plus a source base station to the base station b, base station c is the purpose of upstream traffic value of the base station, plus a source base station to the base station b, base station uplink d flow rate value of the destination base station, the base station c is coupled to the source base station to a base station for the purpose of flow rate value on the left foot butyrate, plus c is the base station to the source base station, the base station b is an uplink flow rate value of the destination base station, the base station plus d is the source base station to a base value for upstream traffic destination base station, the base station plus d is the source base station, the base station b is the destination base station on the left foot and the flow rate value butoxy.

[0030] 步骤104,若存在两个接入环之间的交互流量值满足预设的第一阈值,则将所述两个接入环中所有基站划分到一个基站直通区域。 [0030] Step 104, if the interactive traffic between two access rings presence value satisfies a first preset threshold, the two rings access all the base stations through the base station is divided into a region.

[0031] 在本实施例中,基站直通区域的划分系统中可以预先设置一个第一阈值,若依据上述方法获取的至少两个接入环中每两个接入环之间的交互流量值中,存在两个接入环之间的交互流量值满足预设的第一阈值的情况,则基站直通区域的划分系统可以将该两个接入环中所有基站划分到一个基站直通区域。 [0031] In the present embodiment, the base station through the system is divided regions may be set in advance a first threshold value, if the flow rate value based on the interaction between the at least two access rings in each of the above-described method of acquiring two access rings , where there is an interaction between two access rings flow meets a preset values ​​a first threshold value, the base station system through divided regions may access the two loops all the base stations through the base station is divided into a region.

[0032] 在上述实施例中,本发明的方法通过接收至少两个接入环中所有基站分别发送的各自的上行流量信息、并根据预先存储的各基站的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环,并对各接入环中所有基站的上行流量信息分别进行统计,以获取至少两个接入环中每两个接入环之间的交互流量值,只有当两个接入环之间的交互流量值满足预设的阈值时,才将两个接入环中所有基站划分到一个基站直通区域,从而实现根据两个接入环之间的交互流量值而动态划分基站直通区域,因此不会造成基站间直通隧道的浪费,并且能够有效缓解核心网的压力。 [0032] In the above embodiment, the method of the present invention by receiving the at least two access rings of each of all the base stations are transmitted to the upstream traffic, and according to the corresponding relationship between a cell identifier of each base ring and the access prestored determining the flow rate information corresponding to each upstream ring access respectively associated base stations, and each access ring upstream traffic statistics for all the base stations respectively, to obtain access between at least two rings of each of two access ring interactive flow rate value, only when the interactive traffic between two access rings to meet a preset threshold value, only the two rings access all the base stations through the base station is divided into a region, in order to achieve access in accordance with two rings interactive traffic between the value of dynamic partitioning straight base area, it will not cause a waste of a tunnel between the base station pass-through, and can effectively alleviate the pressure of the core network.

[0033] 具体的,在步骤104中,基站直通区域的划分系统中预先设置的第一阈值,可以是预先设置的具体的流量阈值,例如可以是预设的100M、500M或2G等。 [0033] Specifically, in step 104, a first threshold value through the base station system divided region is set in advance, and may be set in advance the specific value of the threshold flow rate, and the like, for example, may be preset 100M, 500M, or 2G. 因此,若存在两个接入环之间的交互流量值大于预设的流量阈值如大于100M、500M或2G等,则将两个接入环中所有基站划分到一个基站直通区域。 Thus, if the interactive traffic between two access rings value greater than a preset threshold value exists as the flow rate greater than or equal 100M, 500M, or 2G, then the two rings access all the base stations through the base station is divided into a region. 需要说明的是,上述举例说明的流量阈值的具体数值仅用于说明本发明的技术方案,并非对其限制,在实际应用中可以根据实际情况进行灵活设置。 Incidentally, specific numerical values ​​of the above flow threshold exemplified merely to illustrate the technical solutions of the present invention, not to limit, it can be set flexibly in the practical application of the actual situation.

[0034] 具体的,在步骤104中,基站直通区域的划分系统中预先设置的第一阈值,还可以是预先设置的比值,图3为本发明实施例二提供的一种基站直通区域的划分方法的流程示意图,如图3所示,本实施例中,在上述图1所示实施例的的基础上,在步骤104之前,还可以包括如下步骤: Through division of a base station according to a second region of the [0034] Specifically, the ratio in step 104, a first threshold value through the base station system is divided in a preset region, but also may be set in advance, the present invention FIG 3 a schematic process flow, shown in Figure 3, in this embodiment, in the above embodiment shown in FIG. 1 of the embodiment, prior to step 104, may further comprise the steps of:

[0035] 步骤201,接收所述至少两个接入环中所有基站分别发送的各自的上行总流量信息; [0035] Step 201, the respective uplink information received total flow of the at least two access rings of all the base stations are transmitted;

[0036]具体的,当至少两个接入环中所有基站接收到各自管辖范围下的终端发送的数据包时,各基站则分别记录各自转发数据包的每条上行总流量信息,其中,各基站转发数据包的每条上行总流量信息分别包括各基站的小区标识以及以各基站为源基站转发所述数据包的流量值,本实施例中,以各基站为源基站转发所述数据包的流量值为以各基站为源基站转发所有数据包的流量值,包括转发数据至目的基站或转发数据包至其他网络的流量值。 [0036] Specifically, when at least two rings access all base stations received the packet data terminal under the jurisdiction of the respective transmitted, each base station respectively, the total flow upstream of each recording each information packet forwarding, wherein each each uplink station total flow information to forward packets each comprise a cell identification of each base station and forwarding the data packet flow rate value for each base station to the source base station, in this embodiment, each base station is a source base station to forward the data packet traffic flow value is forwarded all packets to the source base station of each base station, including forwarding data to the target base station forwards the packet to the traffic or a value other networks. 举例来说,若基站A转发某一数据包B至目的基站,则基站A记录一条上行总流量信息,包括基站A的小区标识、基站A转发该数据包B所耗费的流量值,即数据包B的大小的流量值,若该数据包B的大小为3K,则基站A转发该数据包B所耗费的流量值为3K;若基站A转发某一数据包D至其他网络,则基站A再次记录一条上行总流量信息,包括基站A的小区标识、基站A转发该数据包D所耗费的流量值,即数据包D的大小的流量值,若该数据包D的大小为2K,则基站A转发该数据包D所耗费的流量值为2K。 For example, if the base station A forwards a data packet to the destination station B, the base station A total flow record an uplink information including a cell identifier of base station A, the base station A forwards the packet flow rate value B consuming, i.e., the data packet the size of the flow rate value of B, if the packet size is B 3K, the base station a forwards the packet B takes the value of the flow rate. 3K; if the base station a forwards a data packet D to the other network, the base station a again recording an upstream total flow information includes a cell ID of base station a, the base station a forwards traffic value of the data packet D consuming, i.e., the flow rate value of the size of the data packet D, if the size of the data packet D is 2K, the base station a D forwards the packet traffic is consumed 2K. 并且,各基站还根据预设的时间区域对各自记录的上行总流量信息进行统计,并向基站直通区域的划分系统发送统计后的上行总流量信息,其中,统计后的上行总流量信息为统计的在预设时间区域内基站的小区标识即源基站的小区标识以及源基站的总上行流量值即在预设时间区域内源基站转发所有数据包的总上行流量值,基站直通区域的划分系统则接收各基站发送的各自统计后的上述上行总流量ί目息O In addition, each base station also information about the total flow upstream of the respective recording areas according to a preset time statistics, and transmitting up the total flow divided statistical information system through a base station area, wherein the total flow upstream statistics for statistics forwarding the upstream traffic, i.e., the total value of all the data packets in the source base station within a predetermined time region in the total value of the uplink traffic and the source base station cell identifier within a predetermined time region of a cell identification of the base station that is the source base station, the base station system is divided through areas after receiving each of the respective base station transmits the uplink total traffic statistics information ί head O

[0037] 步骤202,根据预先存储的小区标识和接入环的对应关系,确定各上行总流量信息对应基站分别所属的接入环; [0037] Step 202, a cell identifier based on the correspondence stored in advance and the access ring, determining the total flow ring each uplink access information corresponding base station belongs, respectively;

[0038] 具体的,基站直通区域的划分系统中可以预先存储小区标识和接入环的对应关系,例如可以是接入环的编号与小区标识的对应关系,即一个接入环的编号对应一个或多个小区标识。 [0038] Specifically, the division of the base station through the system region may be previously stored in the cell identifier and the correspondence relationship between access ring, for example, the correspondence between the identification number and the cell access ring, i.e., an access number corresponding to a ring identifying one or more cells. 因此,基站直通区域的划分系统可以根据接收的各基站的上行总流量信息以及预先存储的小区标识和接入环的对应关系,而确定各上行总流量信息对应基站分别所属的接入环,即分别确定上行总流量信息中以各基站为源基站的小区标识所对应的接入环的编号。 Thus, the base station system through the divided areas in accordance with the total flow of the uplink each base station receives the information and the correspondence between the cell ID and access ring stored in advance, to determine the total flow of each upstream ring access information corresponding base station belongs, respectively, i.e., respectively determining the total flow upstream information to each base station is a cell identification number corresponding to the source base station access ring.

[0039] 步骤203,对各接入环中所有基站的上行总流量信息分别进行统计,获取在所述预设时间区域内的各接入环的总上行流量值; [0039] Step 203, the total flow of all uplink access base stations in each ring were statistical information, acquires the total value of each upstream traffic access ring within the predetermined time zone;

[0040] 在本实施例中,基站直通区域的划分系统可以根据接收的各基站的上行总流量信息以及预先存储的小区标识和接入环的对应关系,而确定各上行总流量信息对应基站分别所属的接入环,即确定上行总流量信息中源基站的小区标识对应的接入环的编号,并按照接入环的编号分别对各接入环中所有基站的上行总流量信息进行统计,从而获取在预设时间区域内各接入环的总上行流量值,即获取在预设时间区域内具有相同接入环的编号的所有基站的总上行流量值之和。 [0040] In the present embodiment, the base station system through the divided areas in accordance with the total flow of the uplink each base station receives the information and the correspondence between the cell ID and access ring stored in advance, and determining the total flow rate information corresponding to each of the base station uplink, respectively access ring belongs, i.e., determined that the uplink access ring cell identification number of the total flow rate information corresponding to the source base station, and the uplink respectively, the total flow of all base stations in each access ring statistics information according to the access number of the ring, the total flow rate value so as to acquire uplink time within a preset region of each access ring, i.e., obtain a total flow rate value up to all base stations have the same number of access ring region and within a preset time. 举例来说,若某一接入环下包括基站Α、基站B和基站C,则该接入环在预设时间区域内的总上行流量值为在预设时间区域内以基站A为源基站转发所有数据包的流量值之和加上以基站B为源基站转发所有数据包的流量值之和再加上以基站C为源基站转发所有数据包的流量值之和。 For example, if the access ring comprises a base [alpha], the base station B and station C, the total incoming traffic to the access ring within a preset time zone is a time zone preset as a source base station to base station A values ​​of all the forward traffic packets to the base station B plus the sum of all packets forwarded to the source base station coupled to the flow rate values ​​and the base station C a source base station forwarding traffic values ​​and all packets.

[0041]具体的,在本实施例中,步骤104具体可以为:若存在两个接入环之间的交互流量值与所述两个接入环的总上行流量值之和的比值大于所述预设的比值,则将所述两个接入环中所有基站划分到一个基站直通区域。 [0041] Specifically, in the present embodiment, step 104 may specifically be: If the total flow rate value of the flow rate value up interaction between the two access ring and the two rings and access greater than the ratio of the presence of said predetermined ratio, then the two rings access all the base stations through the base station is divided into a region.

[0042] 在本实施例中,根据步骤201至203确定在预设时间区域内的各接入环的总上行流量值、根据步骤101至103确定每两个接入环之间的交互流量值,如果存在两个接入环之间的交互流量值与该两个接入环的总上行流量值之和的比值大于基站直通区域的划分系统中预先设置的比值,则基站直通区域的划分系统可以将上述两个接入环中所有基站划分到一个基站直通区域。 [0042] In the present embodiment, to determine the total value of each upstream traffic access ring within the preset time zone in accordance with step 201 to 203, determines the interaction between each of the flow rate value two access rings 101 to 103 in accordance with step If the ratio of the flow dividing system is interaction between the two values ​​of the access rings and the flow value of the total uplink access of the two rings through the base station and the area ratio is greater than previously set exists, the base station system through divided regions All the access of the two rings may be divided into the base station through a base station area.

[0043] 需要说明的是,在本实施例中,步骤201至203与步骤101至103的顺序不分先后,可以按照如图3所示的顺序逐步依次执行,也可以先执行步骤201至203,再执行步骤101至103,还可以以步骤201至203为一个分支、以步骤101至103为另一个分支,而同时并行执行两个分支。 [0043] Incidentally, in the present embodiment, step 201-203 and step sequence of alphabetical order of 101 to 103, can be gradually executed in the order shown in FIG. 3, the first step may be 201 to 203 and then step 101 to 103, further steps 201 to 203 may be a branch to steps 101 to 103 for the other branch, the two branches simultaneously performed in parallel.

[0044] 在本实施例中,通过将第一阈值设置为两个接入环之间的交互流量值与两个接入环的总上行流量值之和的比值,从而使得基站直通区域的划分更加贴近实际,进而可以充分利用基站间的直通隧道、更好的缓解核心网的压力。 [0044] In the present embodiment, the first threshold is set by the flow rate value of the total value of the uplink traffic interaction between the two rings and two access rings and the ratio of the access, the base station so that the divided regions through more realistic, in turn, can take full advantage of straight-through tunnel between the base station and better ease the pressure on the core network.

[0045] 进一步的,在上述任一实施例的基础上,获取至少两个接入环中每两个接入环之间的交互流量值之后,还可以包括: After [0045] Further, on the basis of any preceding embodiment, the interworking between the at least two flow value of each of two access rings ring access, may further comprise:

[0046] 获取同一汇聚环下每两个接入环之间的交互流量值之和;若交互流量值之和大于预设的第二阈值,则将汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 [0046] acquire the same value at the convergence loop between each two interactive traffic and access ring; if all base interaction and flow values ​​greater than the preset second threshold value, the convergence of the ring all the access ring through a base station is divided into regions.

[0047]具体的,在本发明实施例中,基站直通区域的划分系统中可以预先存储接入环的编号和汇聚环的对应关系,因此,可以根据上述步骤101至103获取的至少两个接入环中每两个接入环之间的交互流量值而确定各接入环所属的汇聚环,并对同一汇聚环下所有接入环的交互流量值之和进行统计,即针对该汇聚环下每个接入环,统计在预设时间区域内以该接入环中任一基站为源基站、以同一汇聚环下其他接入环中任一基站为目的基站的上行流量值之和加上在所述预设时间区域内以同一汇聚环下其他接入环中任一基站为源基站、以该接入环中任一基站为目的基站的上行流量值之和,再将每个接入环对应的数值累加得到同一汇聚环下所有接入环的交互流量值之和。 [0047] Specifically, in the embodiment, the base station through the system divided region may thus be obtained according to the above-described steps 101 to 103 previously stored correspondence relationship between the access number of the ring and ring aggregation embodiment of the present invention at least two contact the interaction between the flow rate value for each of the two ring access ring convergence is determined each access ring belongs to, and converge at the same flow rate value cycloalkyl ring and the interaction of all the access statistics, i.e. for the aggregation ring under each access ring, statistics and processing within the preset time zone of the access to the ring any of which station is the source base station to the same convergence ring any of which ring other access target base station for the uplink traffic value within a preset time on the same convergence region at the other ring access ring any of which the source base station, the access to the ring any of which base station for the purpose of flow rate values ​​and the uplink, each access and then the ring obtain the same numerical value corresponding to the accumulation of all the lower ring aggregation access ring interaction and flow rate values. 举例来说,若某一汇聚环下包括接入环A、接入环B和接入环C,且接入环A下包括基站a和基站b,接入环B下包括基站c和基站d,接入环C下包括基站e和基站f,则同一汇聚环下所有接入环的交互流量值之和为以基站a为源基站、分别以基站C、基站d、基站e和基站f为目的基站的上彳丁流量值与以基站b为源基站、分别以基站C、基站d、基站e和基站f为目的基站的上彳丁流量值之和,加上以基站c为源基站、分别以基站a、基站b、基站e和基站f为目的基站的上彳丁流量值与以基站d为源基站、分别以基站 For example, if a lower ring comprises an access aggregation ring A, ring B and access to the access ring C, the ring A and the access includes a base station and a base station B, the base station including a base station c and d in access ring B , the ring C includes a base access station e and f, then the aggregate under the same flow rate value all interaction ring access ring and is a source base station to a base station, each base station C, station d, e, and base station is f the left foot butoxy flow rate value and the destination base station to a source base station b base station, each base station C, station d, e base station and the base station for the purpose of flow f value on the left foot and D, together with a source base station to the base station c, each base station a, base station B, base station e and f for the left foot on the destination base station to the base station d and the flow rate value d a source base station, each base station

8、基站13、基站6和基站:[>为目的基站的上彳丁流量值之和,再加上以基站e为源基站、分别以基站a、基站b、基站c和基站d为目的基站的上彳丁流量值与以基站f为源基站、分别以基站a、基站b、基站c和基站d为目的基站的上行流量值之和。 8, base station 13, base station 6 and the base station: [> destination base station for the flow rate values ​​and the left foot butyl, e is coupled to the source base station, each base station a, base station B, base station c and d for the target base station the left foot butoxy flow value and flow value to the base station and uplink f is the source base station, each base station a, base station B, base station c and d for the destination base station. 如果同一汇聚环下所有接入环的交互流量值之和大于基站直通区域的划分系统预设的第二阈值,则可以将该汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 If convergence at the same flow rate value all interaction ring access ring and through the base station system is greater than the area of ​​the divided predetermined second threshold value, the convergence of the ring may be divided into all base stations in all the access ring to a base station area through . 在本发明实施例中,预设的第二阈值可以是预设的具体的流量阈值,例如,可以是500M、1G或2T等。 In an embodiment of the present invention, the predetermined second threshold may be preset to a specific flow threshold, for example, may be other 500M, 1G, or 2T.

[0048] 进一步的,在上述任一实施例的基础上,获取至少两个接入环中每两个接入环之间的交互流量值之后,还可以包括: After [0048] Further, on the basis of any preceding embodiment, the interworking between the at least two flow value of each of two access rings ring access, may further comprise:

[0049] 获取两个汇聚环之间的交互流量值,若两个汇聚环之间的交互流量值大于预设的第三阈值,则将两个汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 [0049] Gets the value of the interaction between two converging flow loop, if the interaction between the two converging flow rate value is greater than the preset third rings threshold, two base stations all converge rings dividing all the access ring to a base station through region.

[0050] 在本发明实施例中,与上述实施例类似,基站直通区域的划分系统中可以预先存储接入环的编号和汇聚环的对应关系,因此,可以根据上述步骤101至103获取的至少两个接入环中每两个接入环之间的交互流量值而确定各接入环所属的汇聚环,并对每两个汇聚环之间的交互流量值进行统计,其中,每两个汇聚环之间的交互流量值为一个汇聚环下所有接入环与另一汇聚环下所有接入环的交互流量值之和,即在预设时间区域内以一个汇聚环下任一个接入环中任一基站为源基站、以另一个汇聚环下任一个接入环中任一基站为目的基站的上行流量值之和加上在所述预设时间区域内以另一个汇聚环下任一个接入环中任一基站为源基站、以一个汇聚环下任一个接入环中任一基站为目的基站的上行流量值之和。 [0050] In an embodiment of the present invention, the above-mentioned embodiment, the base station through the system divided region may thus be obtained according to the above-described steps 101 to 103 previously stored correspondence relationship between the access number of the ring and the ring at least a convergence two rings interactive traffic access value between each of the two access rings ring convergence determining each access ring belongs, and the interaction between the flow rate value every two statistical convergence rings, wherein each of the two interactive traffic between the rings is a convergence of all the lower ring converged access aggregation ring with another ring at the flow rate values ​​and the interaction of all the access ring, i.e., any area within the preset time to a next access aggregation ring any of which rings a source base station to another at any convergence upstream of a flow rate value cycloalkyl ring any of which access station and the destination base station within the predetermined time plus another convergence region either ring any of which rings access a source base station to a convergence either a ring access ring any of which base station for the purpose and values ​​of the upstream traffic. 举例来说,若一个汇聚环X下包括接入环A和接入环B,另一个汇聚环Y下包括接入环C和接入环D,且接入环A下包括基站al和基站a2,接入环B下包括基站bl和基站b2,接入环C下包括基站Cl和基站c2,接入环D下包括基站dl和基站d2,则汇聚环X与汇聚环Y之间的交互流量值为以基站a I为源基站、分别以基站c 1、基站c2、基站dl和基站d2为目的基站的上彳丁流量值之和,加上以基站a2为源基站、分别以基站c1、基站c2、基站dl和基站d2为目的基站的上行流量值之和,加上以基站bI为源基站、分别以基站c1、基站c2、基站dl和基站d2为目的基站的上彳丁流量值之和,加上以基站b2为源基站、分别以基站c1、基站c2、基站dl和基站d2为目的基站的上彳丁流量值之和,加上以基站c I为源基站、分别以基站a 1、基站a2、基站bl和基站b2为目的基站的上彳丁流量值之和,加上以基站c2为源基 For example, if an aggregation ring X comprises an access at an access ring A and ring B, and ring C includes an access ring access ring D further convergence at Y, and access including a base station and a base station al A lower ring A2 , the access ring B includes a base station and a base station bl b2, access to the lower ring C includes a base station and a base station Cl c2, D the access ring comprises a base station dl and d2, with the convergence of the ring X aggregation interactive traffic between the ring Y a I base station is a source base station, each base station c 1, the base station c2, dl station and the base station to the destination base station traffic d2 value and the left foot butoxy, a2 is coupled to the source base station, each base station c1, the base flow rate value c2, d2 of the base station and the base station dl flow rate value and the destination base station an uplink, the base station bI coupled to a source base station, each base station c1, station c2, dl station and the base station for the purpose of d2 on the left foot base station D and, b2 is coupled to the source base station, each base station c1, station c2, dl station and the base station to the destination base station traffic d2 value and the left foot butoxy, c I is coupled to the source base station, a base station respectively, 1, the base station a2, bl base station and the destination base station b2 is the value left foot traffic and D, together with the source base station group c2 、分别以基站a 1、基站a2、基站bl和基站b2为目的基站的上彳丁流量值之和,加上以基站d I为源基站、分别以基站a 1、基站a2、基站bl和基站b2为目的基站的上彳丁流量值之和,加上以基站d2为源基站、分别以基站al、基站a2、基站bl和基站b2为目的基站的上行流量值之和的值。 , Respectively, to the base station a 1, the base station a2, bl base station and the destination base station b2 is the value left foot traffic and D, together with the base station to a source base station d I, the base station respectively a 1, the base station a2, bl, and base station the destination base station b2 is the value left foot traffic and D, together with a source base station to the base station d2, respectively, Al base, station a2, bl, and base station b2 is the flow rate value and the destination base station an uplink values. 如果存在两个汇聚环之间的交互流量值大于基站直通区域的划分系统预设的第三阈值,则可以将该两个汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 If there is an interaction between two converging flow rate value is greater than the base station through the ring system area divided preset third threshold value, then the two can converge all base stations in all the lower ring access ring to a base station through dividing zone. 在本发明实施例中,预设的第三阈值也可以是预设的具体的流量阈值,例如,可以是800M、20G或5T等,具体可以根据实际情况进行设置。 In an embodiment of the present invention, a preset third threshold value may be preset specific flow threshold, for example, may be other 800M, 20G, or 5T, specifically can be set according to actual situation.

[0051] 在上述任一实施例中,将两个接入环中所有基站划分到一个基站直通区域之后,还可以包括:向与基站直通区域对应的所有基站发送基站直通区域信息,其中,基站直通区域信息可以包括基站直通区域的编号、与该基站直通区域对应的两个接入环的编号、该两个接入环中各基站的小区标识,以使与基站直通区域对应的各基站根据基站直通区域信息分别建立与基站直通区域内其他基站之间的直通隧道、并根据基站直通区域信息更新本地的基站直通区域信息表,各基站本地的基站直通区域信息表包括与各基站建立了直通隧道的其他基站的小区标识。 [0051] In any embodiment, the two access ring after all the base stations is divided into a base region through, may further include: straight area transmits information to all the base stations and the base station corresponding to a region through which a base station information may include a base station area through the through region number, number two access ring corresponding to the region through a base station, a cell identifier of each base station access the two rings, so that each base station through a base station corresponding to a region in accordance with are established through the base station area information through a tunnel between the base station and other base stations through the region, and through the local area information update area information table according to the base station through the base station, each base station through the local area information to each base station comprises a table established through a cell identifier of other base stations tunnel. 从而使得当基站接收到管辖范围下的终端发送的数据包后,可以根据数据包内携带的目的IP地址确定目的基站的小区标识,并根据本地的基站直通区域信息表确定目的基站是否属于基站直通区域,若是,则根据已建立的直通隧道直接向目的基站转发数据包,而不需要经过核心网转发,进而减轻核心网的压力,其中,已建立的直通隧道是指各基站根据基站直通区域信息通过各基站分别所属的接入环和汇聚环以及基站直通区域内其他基站所属的接入环和汇聚环分别建立的与基站直通区域内其他基站之间的数据传输链路。 So that when the base station after receiving the data packet the terminal under the jurisdiction of the transmission may be determined cell identifier of the destination station based on the destination IP address carried in the data packet, and the destination base station whether the base station through according to the local base station through the area information table area, if yes, forwarding through the tunnel established in accordance with the destination base station the data packet directly, without forwarding through the core network, and thus reduce the pressure of the core network, wherein the tunnel has been established through the base station through means that each base station according to the area information ring access ring and aggregation by each base station and a base station through respectively associated within the area of ​​another base station belongs access and aggregation ring each ring to establish the data transmission link between the base station and the other base stations through the region. 若不是,则按照传统方式通过核心网转发数据包。 If not, the traditional way to forward packets through the core network. 从而避免了现有技术中基站在网络中采用广播的方式对目的基站进行查找所造成网络资源的浪费以及信令风暴。 Thereby avoiding the prior art embodiment of a base station using a broadcast network to the target base station to find signaling and waste of network resources caused by storms.

[0052]图4为本发明实施例三提供的一种基站直通区域的划分系统的结构示意图,如图4所示,所述基站直通区域的划分系统可以包括: [0052] FIG. 4 is a schematic diagram of a configuration of the invention according to a third base station through the system divided regions embodiment, shown in Figure 4, the base station system through divided regions may comprise:

[0053] 第一接收模块301,用于接收至少两个接入环中所有基站分别发送的各自的上行流量信息,各基站的每条上行流量信息分别包括所述基站的小区标识、另一基站的小区标识以及在预设时间区域内以所述基站为源基站、以所述另一基站为目的基站的上行流量值; [0053] a first receiving module 301, configured to receive a respective at least two upstream traffic in the access ring are transmitted to all base stations, each base station each of the upstream traffic include cell identification of the base station, another base station the cell identification and an uplink to the base flow rate value as a source base station to the destination base station to another base station within a predetermined time zone;

[0054] 接入环确定模块302,用于根据预先存储的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环; [0054] The access ring determination module 302, according to a correspondence relationship between a cell ID and access ring stored in advance to determine the flow rate information corresponding to each upstream ring access station belongs, respectively;

[0055] 第一获取模块303,用于对各接入环中所有基站的上行流量信息分别进行统计,获取至少两个接入环中每两个接入环之间的交互流量值,其中,所述两个接入环之间的交互流量值为在预设时间区域内以一个接入环中任一基站为源基站、以另一接入环中任一基站为目的基站的上行流量值之和加上在预设时间区域内以另一接入环中任一基站为源基站、以一个接入环中任一基站为目的基站的上行流量值之和; [0055] The first acquisition module 303, an uplink traffic for all base stations in each access ring are statistical information, the interworking between the at least two flow value of each of two access ring access ring, wherein, the interactive traffic between two access rings is within a preset time region upstream traffic access value to a ring any of which station is the source base station, another access to the ring any of which the target base station plus a sum within a preset time zone to another access ring any of which the source base station, the access to the ring any of which a target base station for the uplink and traffic value;

[0056] 划分模块304,用于若存在两个接入环之间的交互流量值满足预设的第一阈值,则将两个接入环中所有基站划分到一个基站直通区域。 [0056] The dividing module 304, configured to, if there is an interaction between two access rings flow meets a preset values ​​a first threshold value, the two rings access all the base stations through the base station is divided into a region.

[0057] 本实施例的基站直通区域的划分系统可以用于执行图1所示方法实施例的技术方案,其实现原理和技术效果类似,此处不再赘述。 The base station [0057] Example embodiment of the present divided area through the system may be used to perform the method shown in FIG technical solutions of the embodiments, principles and techniques which achieve a similar effect, are not repeated herein.

[0058]具体的,在上述实施例中,预设的第一阈值可以为预设的流量阈值;则划分模块304具体可以用于: [0058] Specifically, in the above embodiment, the predetermined first threshold value may be a predetermined flow rate threshold; dividing module 304 is specifically configured to:

[0059] 若存在两个接入环之间的交互流量值大于预设的流量阈值,则将两个接入环中所有基站划分到一个基站直通区域。 [0059] If the interactive traffic between two access rings value greater than a preset threshold flow rate exists, then the two rings access all the base stations through the base station is divided into a region.

[0060]图5为本发明实施例四提供的一种基站直通区域的划分系统的结构示意图,本实施例在图4所示基站直通区域的划分系统结构的基础上,进一步地,如图5所示,所述基站直通区域的划分系统还可以包括第二接收模块401和第二获取模块402,其中: [0060] Fig 5 a schematic structural diagram of a base station according to a fourth pass-through region dividing system embodiment of the invention, a system configuration of the present embodiment based partitioning through the region of the base station embodiment shown in FIG. 4, the further, as shown in FIG 5 As shown in the base station system through divided regions may further include a second receiving module 401 and a second acquisition module 402, wherein:

[0061] 第二接收模块401,用于接收至少两个接入环中所有基站分别发送的各自的上行总流量信息,各基站的上行总流量信息分别包括所述基站的小区标识以及在预设时间区域内所述基站的总上行流量值; [0061] The second receiving module 401, configured to receive a respective total flow upstream access information of at least two base stations are transmitted to all rings, and the total flow upstream of each base station include information identifying a cell of the base station and the preset the total area of ​​the base station uplink time flow rate value;

[0062] 接入环确定模块302还可以用于:根据预先存储的小区标识和接入环的对应关系,确定各上行总流量信息对应基站分别所属的接入环; [0062] The access ring determination module 302 may also be used: a cell identifier based on the correspondence stored in advance and the access ring, determining the total flow rate information corresponding to each upstream ring access station belongs, respectively;

[0063] 第二获取模块402,用于对各接入环中所有基站的上行总流量信息分别进行统计,获取在预设时间区域内的各接入环的总上行流量值,其中,各接入环的总上行流量值分别为各接入环中各基站的总上行流量值之和; [0063] The second acquiring module 402, the total flow for the uplink access of all base stations in each ring are statistical information, acquires the total value of each upstream traffic access ring region within a preset time, wherein each contact the total loop upstream traffic flow values ​​of the respective values ​​of the total uplink access ring and each base station;

[0064] 在本实施例中,预设的第一阈值可以为预设的比值,则划分模块304具体可以用于: [0064] In the present embodiment, a first threshold may be preset to a predetermined ratio, the dividing module 304 may be specifically configured to:

[0065] 若存在两个接入环之间的交互流量值与两个接入环的总上行流量值之和的比值大于预设的比值,则将两个接入环中所有基站划分到一个基站直通区域。 [0065] If the flow value of the total value of the uplink traffic interaction between the two rings and two access access ring and the ratio is greater than a predetermined ratio exists, the two rings access all the base stations divided into a through the base station area.

[0066] 进一步的,基站直通区域的划分系统还可以包括: [0066] Further, through division of the base station system may further region comprises:

[0067] 第三获取模块403,用于获取同一汇聚环下每两个接入环之间的交互流量值之和; [0067] The third acquisition module 403, configured to obtain an aggregation at each of two ring access interactive traffic between the rings and the value;

[0068] 划分模块304具体还可以用于: [0068] DETAILED partitioning module 304 may also be used:

[0069] 若交互流量值之和大于预设的第二阈值,则将该汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 [0069] If the flow is greater than a predetermined value and a second interaction threshold, then the aggregation of all base stations and all ring access ring to a base station through dividing zone.

[0070] 进一步的,基站直通区域的划分系统还可以包括: [0070] Further, through division of the base station system may further region comprises:

[0071] 第四获取模块404,用于获取两个汇聚环之间的交互流量值,其中,两个汇聚环之间的交互流量值为一个汇聚环下所有接入环与另一汇聚环下所有接入环的交互流量值之和; [0071] The fourth obtaining module 404, configured to obtain the value of the interaction between the two converging flow loop, wherein the flow rate of the interaction between the two rings is converged at a convergence ring access ring and all the other convergence ring values ​​for all interactive traffic and the access ring;

[0072] 划分模块304具体还可以用于: [0072] DETAILED partitioning module 304 may also be used:

[0073] 若两个汇聚环之间的交互流量值大于预设的第三阈值,则将两个汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 [0073] If the interaction between the two flow values ​​greater than a preset third rings convergence threshold, the convergence of two rings ring all base stations in all of the access base station is divided into a through-region.

[0074] 进一步的,基站直通区域的划分系统还可以包括: [0074] Further, through division of the base station system may further region comprises:

[0075] 发送模块405,用于向基站直通区域对应的所有基站发送基站直通区域信息,其中,基站直通区域信息包括基站直通区域的编号、基站直通区域对应的两个接入环的编号、两个接入环中各基站的小区标识,以使与基站直通区域对应的各基站根据基站直通区域信息分别建立与基站直通区域内其他基站之间的直通隧道、并根据基站直通区域信息更新本地的基站直通区域信息表,各基站本地的基站直通区域信息表包括与各基站建立了直通隧道的其他基站的小区标识。 [0075] The transmitting module 405, for all base stations through the base station transmits to the base station through a region corresponding region information, wherein the area information includes a base station through the base station through the area number, the base station through two access regions corresponding to the number of rings, two ring of access cell identifier of each base station, so the base station through each of the corresponding base station area are established through a tunnel between the base station and other base stations within the area according to the base station through the through area information, and updates the local area information through a base station in accordance with through the base station information table area, each base station through the local area information table including the establishment of a cell identifier of other base stations with each base station through a tunnel.

[0076] 本实施例的基站直通区域的划分系统可以用于执行图3所示方法实施例的技术方案,其实现原理和技术效果类似,此处不再赘述。 The base station [0076] embodiment of the present embodiment through the system may be divided into regions for performing the method shown in FIG. 3 technical solutions of the embodiments, principles and techniques which achieve a similar effect, are not repeated herein.

[0077] 本领域普通技术人员可以理解:实现上述各方法实施例的全部或部分步骤可以通过程序指令相关的硬件来完成。 [0077] Those of ordinary skill in the art will be appreciated that: each of the foregoing methods may be accomplished relevant hardware by a program instructing all or part of the steps of FIG. 前述的程序可以存储于一计算机可读取存储介质中。 The program may be stored in a computer readable storage medium. 该程序在执行时,执行包括上述各方法实施例的步骤;而前述的存储介质包括:R0M、RAM、磁碟或者光盘等各种可以存储程序代码的介质。 When the program is executed, comprising the step of performing the above-described method of the embodiment; and the storage medium comprising: a variety of medium may store program codes R0M, RAM, magnetic disk, or optical disk.

[0078] 最后应说明的是:以上各实施例仅用以说明本发明的技术方案,而非对其限制;尽管参照前述各实施例对本发明进行了详细的说明,本领域的普通技术人员应当理解:其依然可以对前述各实施例所记载的技术方案进行修改,或者对其中部分或者全部技术特征进行等同替换;而这些修改或者替换,并不使相应技术方案的本质脱离本发明各实施例技术方案的范围。 [0078] Finally, it should be noted that: the above embodiments only describe the technical solutions in embodiments of the present invention, rather than limiting;. Although the embodiments of the present invention has been described in detail, those of ordinary skill in the art should appreciated: it still may be made to the technical solutions described embodiments modifications, or to some or all of the technical features equivalents; as such modifications or replacements do not cause the essence of corresponding technical solutions to depart from embodiments of the present invention range of technical solutions.

Claims (12)

  1. 1.一种基站直通区域的划分方法,其特征在于,包括: 接收至少两个接入环中所有基站分别发送的各自的上行流量信息,各基站的每条上行流量信息分别包括所述基站的小区标识、另一基站的小区标识以及在预设时间区域内以所述基站为源基站、以所述另一基站为目的基站的上行流量值; 根据预先存储的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环; 对各接入环中所有基站的上行流量信息分别进行统计,获取所述至少两个接入环中每两个接入环之间的交互流量值,所述两个接入环之间的交互流量值为在所述预设时间区域内以一个接入环中任一基站为源基站、以另一接入环中任一基站为目的基站的上行流量值之和加上在所述预设时间区域内以所述另一接入环中任一基站为源基站、以所述一个接入环中任一基站为目的 A base station through the region division method, which is characterized in that, comprising: receiving a respective at least two upstream traffic in the access ring are transmitted to all base stations, each of the upstream traffic of each base station respectively comprise the base station a cell identifier, a cell identifier of another base station and an uplink to the base flow rate value as a source base station to the destination base station to another base station within a predetermined time region; cell identification corresponding to the access ring and stored in advance in accordance with relationship, determining the access flow rate information corresponding to each upstream ring each base station belongs; for upstream traffic to all base stations in each access ring statistical information respectively acquired access between the two rings of each of the at least two access ring the value of the interactive traffic, interactive traffic between the two access rings is within the predetermined time zone to the access ring any of which a source base station to another access any of which ring station the destination base station for the uplink and the flow rate value plus a preset time within the access area to the other ring any of which the source base station, an access to the station for the purpose of any of which rings 站的上行流量值之和; 若存在两个接入环之间的交互流量值满足预设的第一阈值,则将所述两个接入环中所有基站划分到一个基站直通区域。 Values ​​and upstream traffic stations; if there is no interaction between the two access rings flow meets a preset values ​​a first threshold value, then the two rings access all the base stations through the base station is divided into a region.
  2. 2.根据权利要求1所述的方法,其特征在于,所述将所述两个接入环中所有基站划分到一个基站直通区域之后,还包括: 向所述基站直通区域对应的所有基站发送基站直通区域信息,所述基站直通区域信息包括所述基站直通区域的编号、所述基站直通区域对应的两个接入环的编号、所述两个接入环中各基站的小区标识,以使与所述基站直通区域对应的各基站根据所述基站直通区域信息分别建立与所述基站直通区域内其他基站之间的直通隧道、并根据所述基站直通区域信息更新本地的基站直通区域信息表,各基站本地的基站直通区域信息表包括与各基站建立了直通隧道的其他基站的小区标识。 After 2. The method according to claim 1, wherein the two said rings access all the base stations through the base station is divided into a region, further comprising: the base station to all base stations through corresponding transmission areas area information through the base station, said base station through said area information comprises a number of base stations through area, corresponding to the region number two base station through the access ring, a cell identifier of each base station of said two access rings to each base station area corresponding to the area information through the base station through the base station are established according to a tunnel through the region between the other base stations through the base station, and updates the information through the local area base station according to the area information through table, each base station through the local area information table including the establishment of a cell identifier of other base stations with each base station through a tunnel.
  3. 3.根据权利要求1所述的方法,其特征在于,所述预设的第一阈值为预设的流量阈值;所述若存在两个接入环之间的交互流量值满足预设的第一阈值,则将所述两个接入环中所有基站划分到一个基站直通区域,具体为: 若存在两个接入环之间的交互流量值大于预设的流量阈值,则将所述两个接入环中所有基站划分到一个基站直通区域。 3. The method according to claim 1, wherein said predetermined first threshold is a predetermined flow rate threshold; if the presence of interactive traffic between two access ring meets the preset value a threshold, the two rings access all the base stations through the base station is divided into a region, in particular: if the interactive traffic between two access rings value greater than a preset threshold flow rate exists, then the two ring of access all the base stations through the base station is divided into a region.
  4. 4.根据权利要求1所述的方法,其特征在于,所述预设的第一阈值为预设的比值;所述方法还包括: 接收所述至少两个接入环中所有基站分别发送的各自的上行总流量信息,各基站的上行总流量信息分别包括所述基站的小区标识以及在所述预设时间区域内所述基站的总上行流量值; 根据所述预先存储的小区标识和接入环的对应关系,确定各上行总流量信息对应基站分别所属的接入环; 对各接入环中所有基站的上行总流量信息分别进行统计,获取在所述预设时间区域内的各接入环的总上行流量值,所述各接入环的总上行流量值分别为所述各接入环中各基站的总上行流量值之和; 所述若存在两个接入环之间的交互流量值满足预设的第一阈值,则将所述两个接入环中所有基站划分到一个基站直通区域,具体为: 若存在两个接入环之间的交互流量值与所述两 4. The method according to claim 1, wherein said predetermined first threshold is a predetermined ratio; the method further comprising: receiving the at least two access base stations are transmitted to all rings of the total flow rate information of each of the uplink, the uplink information of the total traffic of each base station includes a cell ID of the base station, respectively, and the total value of the upstream traffic the base station within the predetermined time zone; the cell identification and the previously stored access correspondence between the ring, the ring determines the total flow of each uplink access information corresponding base station belongs, respectively; the total flow of all uplink access base stations in each ring separately statistical information, then acquires each time within the preset area the total value of the upstream traffic into the ring, the total value of the flow upstream of each access ring are the total flow rate value of the uplink each base station in the ring and the respective access; if the access between the two rings the interactive traffic value satisfies a first preset threshold, the two rings access all the base stations through the base station is divided into a region, in particular: when there is no interaction between the two flow values ​​of the two access rings 接入环的总上行流量值之和的比值大于所述预设的比值,则将所述两个接入环中所有基站划分到一个基站直通区域。 The total flow rate value of the uplink access ring and the ratio is greater than the predetermined ratio, then the two rings access all the base stations through the base station is divided into a region.
  5. 5.根据权利要求1〜4任一项所述的方法,其特征在于,所述获取所述至少两个接入环中每两个接入环之间的交互流量值之后,还包括: 获取同一汇聚环下每两个接入环之间的交互流量值之和; 若所述交互流量值之和大于预设的第二阈值,则将所述汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 5. After the method according to any of claims 1 ~ 4, characterized in that, the interworking between the flow rate value of said at least two access per two access rings ring, further comprising: obtaining aggregation of the ring having the same value between each two interactive traffic and access ring; if the value of the interaction and flow rate greater than a predetermined second threshold value, the lower the aggregation of all base stations in all ring access ring through a base station is divided into regions.
  6. 6.根据权利要求1〜4任一项所述的方法,其特征在于,所述获取所述至少两个接入环中每两个接入环之间的交互流量值之后,还包括: 获取两个汇聚环之间的交互流量值,所述两个汇聚环之间的交互流量值为以一个汇聚环下任一个接入环中任一基站为源基站、以另一个汇聚环下任一个接入环中任一基站为目的基站的上行流量值之和加上以另一个汇聚环下任一个接入环中任一基站为源基站、以一个汇聚环下任一个接入环中任一基站为目的基站的上行流量值之和; 若两个汇聚环之间的交互流量值大于预设的第三阈值,则将所述两个汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 6. After the method according to any of claims 1 ~ 4, characterized in that, the interworking between the flow rate value of said at least two access per two access rings ring, further comprising: obtaining the interaction between the flow rate value two converging rings, the two rings between the interactive traffic aggregation is an aggregation of any of the lower ring to a ring any of which access a source base station to another at any ring convergence any of which rings access stations for upstream traffic and the value of the destination base station plus one access to another ring convergence at any ring any of which the source base station, an access to a convergence loop of any one of any of the ring flow rate value of an uplink base station and the destination base station; flow rate value if the interaction between the two rings is greater than the preset third convergence threshold, the convergence of the two rings in all base stations and all the access ring to a division through the base station area.
  7. 7.一种基站直通区域的划分系统,其特征在于,包括: 第一接收模块,用于接收至少两个接入环中所有基站分别发送的各自的上行流量信息,各基站的每条上行流量信息分别包括所述基站的小区标识、另一基站的小区标识以及在预设时间区域内以所述基站为源基站、以所述另一基站为目的基站的上行流量值; 接入环确定模块,用于根据预先存储的小区标识和接入环的对应关系,确定各上行流量信息对应基站分别所属的接入环; 第一获取模块,用于对各接入环中所有基站的上行流量信息分别进行统计,获取所述至少两个接入环中每两个接入环之间的交互流量值,所述两个接入环之间的交互流量值为在所述预设时间区域内以一个接入环中任一基站为源基站、以另一接入环中任一基站为目的基站的上行流量值之和加上在所述预设时间区域内以所述另一接 A classification system of a base station through the region, characterized by comprising: a first receiving module, configured to receive a respective at least two upstream traffic in the access ring are transmitted to all base stations, each of the upstream traffic of each base station include information identifying a cell of the base station, a cell of another base station identity and an uplink to the base flow rate value as a source base station to the destination base station to another base station within a predetermined time region; module determining access ring , a cell identifier based on the correspondence stored in advance and the access ring, the ring determining the access flow rate information corresponding to each upstream station belongs, respectively; a first acquiring module, for each of the access information for upstream traffic to all base stations of the ring statistics were performed, an interworking between the flow rate value of said at least two access per two access rings ring, the two rings interactive traffic between the access time is in the predetermined region any of which rings access a source base station, another access to the ring any of which base station for the purpose of adding the flow values ​​upstream and within the preset time region to the other contact 环中任一基站为源基站、以所述一个接入环中任一基站为目的基站的上行流量值之和; 划分模块,用于若存在两个接入环之间的交互流量值满足预设的第一阈值,则将所述两个接入环中所有基站划分到一个基站直通区域。 Any of which rings a source base station, the access to the ring any of which a flow rate value of an uplink station and a target base station; dividing module, configured to, if the interactive traffic between two access rings to meet a pre-existence value a first threshold value is set, then the two rings access all the base stations through the base station is divided into a region.
  8. 8.根据权利要求7所述的系统,其特征在于,还包括: 发送模块,用于向所述基站直通区域对应的所有基站发送基站直通区域信息,所述基站直通区域信息包括所述基站直通区域的编号、所述基站直通区域对应的两个接入环的编号、所述两个接入环中各基站的小区标识,以使与所述基站直通区域对应的各基站根据所述基站直通区域信息分别建立与所述基站直通区域内其他基站之间的直通隧道、并根据所述基站直通区域信息更新本地的基站直通区域信息表,各基站本地的基站直通区域信息表包括与各基站建立了直通隧道的其他基站的小区标识。 8. The system according to claim 7, characterized in that, further comprising: transmitting means for transmitting base station area through all base stations corresponding to the area information to the base station through the base station through the base station through the area information comprising region number, number of the base station through the access region corresponding to two rings, the two rings in the access cell identifier of each base station, so that the base station through each of the through regions corresponding to said base station in accordance with area information are established through a tunnel between the base station and the other base station through the inner region, and in accordance with the base station through the local area information updated through the base station information table area, each base station through the local area information table to each base station comprises establishing a cell identifier of other base stations through the tunnel.
  9. 9.根据权利要求7所述的系统,其特征在于,所述预设的第一阈值为预设的流量阈值;所述划分模块具体用于: 若存在两个接入环之间的交互流量值大于预设的流量阈值,则将所述两个接入环中所有基站划分到一个基站直通区域。 9. The system according to claim 7, wherein said predetermined first threshold is a predetermined flow rate threshold; the dividing module is specifically configured to: access the interactive traffic between the two rings, if present, flow rate value is greater than a preset threshold, the two rings access all the base stations through the base station is divided into a region.
  10. 10.根据权利要求7所述的系统,其特征在于,所述预设的第一阈值为预设的比值;所述系统还包括第二接收模块和第二获取模块,其中: 所述第二接收模块,用于接收所述至少两个接入环中所有基站分别发送的各自的上行总流量信息,各基站的上行总流量信息分别包括所述基站的小区标识以及在所述预设时间区域内所述基站的总上行流量值; 所述接入环确定模块还用于:根据所述预先存储的小区标识和接入环的对应关系,确定各上行总流量信息对应基站分别所属的接入环; 所述第二获取模块,用于对各接入环中所有基站的上行总流量信息分别进行统计,获取在所述预设时间区域内的各接入环的总上行流量值,所述各接入环的总上行流量值分别为所述各接入环中各基站的总上行流量值之和; 所述划分模块具体用于: 若存在两个接入环之间的交互流量值与 10. The system according to claim 7, wherein said predetermined first threshold is a predetermined ratio; the system further comprises a second receiving module and a second acquiring module, wherein: the second receiving means for receiving the flow rate information of each of the total uplink access the at least two base stations are transmitted to all rings, and the total flow upstream of each base station include information identifying a cell of the base station and in the preset time zone the total value of the flow upstream of the base station; said ring determining the access module is further configured to: a cell identifier based on the correspondence of the access ring and stored in advance, to determine the total flow of uplink access information corresponding to each base station respectively associated ring; the second acquiring module, for a total flow rate of the uplink access to all base stations in each ring statistical information respectively acquired in each access ring within the preset time zone of the uplink total flow rate value, the the total value of each incoming traffic to the access ring are the total flow rate value of each of the uplink access ring and each base station; the dividing module is specifically configured to: interact with the flow values ​​between the two rings, if present, access 所述两个接入环的总上行流量值之和的比值大于所述预设的比值,则将所述两个接入环中所有基站划分到一个基站直通区域。 The two loop access uplink traffic and the total value of the ratio is greater than the predetermined ratio, then the two rings access all the base stations through the base station is divided into a region.
  11. 11.根据权利要求7〜10任一项所述的系统,其特征在于,还包括: 第三获取模块,用于获取同一汇聚环下每两个接入环之间的交互流量值之和; 所述划分模块还用于: 若所述交互流量值之和大于预设的第二阈值,则将所述汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 11. The system of any one of claims 7 to 10, characterized in that, further comprising: a third acquisition module, configured to obtain an aggregation at each of two ring access interactive traffic between the rings and the value; the dividing module is further configured to: if the value of the interaction and flow greater than a preset second threshold value, then the aggregation of all base stations and all ring access ring to a base station through dividing zone.
  12. 12.根据权利要求7〜10任一项所述的系统,其特征在于,还包括: 第四获取模块,用于获取两个汇聚环之间的交互流量值,所述两个汇聚环之间的交互流量值为以一个汇聚环下任一个接入环中任一基站为源基站、以另一个汇聚环下任一个接入环中任一基站为目的基站的上行流量值之和加上以另一个汇聚环下任一个接入环中任一基站为源基站、以一个汇聚环下任一个接入环中任一基站为目的基站的上行流量值之和; 所述划分模块还用于: 若两个汇聚环之间的交互流量值大于预设的第三阈值,则将所述两个汇聚环下所有接入环中的所有基站划分到一个基站直通区域。 Between the fourth acquiring module, for acquiring the value of the interaction between the two converging flow rings, the two rings converge: 12. The system according to any of claims 7 to 10, characterized in that, further comprising interactive traffic to a convergence value of any of the lower ring in a ring any of which access to the source base station to the other is either a convergence ring access ring any of which station an uplink traffic value and adding to the target base station another convergence ring either a source base station to access any of which rings, either to a convergence access ring any of which rings a flow rate value of an uplink station and a target base station; the dividing module is further configured to: If the interaction between the two flow values ​​greater than a preset third rings convergence threshold, the convergence of the two rings in the ring all access all base stations to a base station through divided regions.
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Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102421145A (en) * 2011-11-24 2012-04-18 中国联合网络通信集团有限公司 Method and system for carrying out direct communication of data among base stations
CN102427585A (en) * 2011-11-30 2012-04-25 中国联合网络通信集团有限公司 Interconnection method for base station and access network system
WO2012100000A1 (en) * 2011-01-19 2012-07-26 Qualcomm Incorporated Method and control device for deciding on a communication mode
CN102665213A (en) * 2012-04-05 2012-09-12 中国联合网络通信集团有限公司 Data direct connection processing method, equipment and system thereof
CN102685829A (en) * 2012-05-11 2012-09-19 中国联合网络通信集团有限公司 Method, device and equipment for handover of user under base station straight-through architecture
CN102685841A (en) * 2012-05-29 2012-09-19 中国联合网络通信集团有限公司 Routing processing method and base station based on base station through architecture
CN102695238A (en) * 2012-05-29 2012-09-26 中国联合网络通信集团有限公司 Method, equipment and system for data straight-through processing
CN102724651A (en) * 2012-06-05 2012-10-10 中国联合网络通信集团有限公司 Method, equipment and system for data straight-through processing
CN102802227A (en) * 2012-07-23 2012-11-28 中国联合网络通信集团有限公司 Data processing method, equipment and system based on base station direct connection framework

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2012100000A1 (en) * 2011-01-19 2012-07-26 Qualcomm Incorporated Method and control device for deciding on a communication mode
CN102421145A (en) * 2011-11-24 2012-04-18 中国联合网络通信集团有限公司 Method and system for carrying out direct communication of data among base stations
CN102427585A (en) * 2011-11-30 2012-04-25 中国联合网络通信集团有限公司 Interconnection method for base station and access network system
CN102665213A (en) * 2012-04-05 2012-09-12 中国联合网络通信集团有限公司 Data direct connection processing method, equipment and system thereof
CN102685829A (en) * 2012-05-11 2012-09-19 中国联合网络通信集团有限公司 Method, device and equipment for handover of user under base station straight-through architecture
CN102685841A (en) * 2012-05-29 2012-09-19 中国联合网络通信集团有限公司 Routing processing method and base station based on base station through architecture
CN102695238A (en) * 2012-05-29 2012-09-26 中国联合网络通信集团有限公司 Method, equipment and system for data straight-through processing
CN102724651A (en) * 2012-06-05 2012-10-10 中国联合网络通信集团有限公司 Method, equipment and system for data straight-through processing
CN102802227A (en) * 2012-07-23 2012-11-28 中国联合网络通信集团有限公司 Data processing method, equipment and system based on base station direct connection framework

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