CN101374295B - Method and terminal for selecting access network - Google Patents

Method and terminal for selecting access network Download PDF

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CN101374295B
CN101374295B CN 200710143372 CN200710143372A CN101374295B CN 101374295 B CN101374295 B CN 101374295B CN 200710143372 CN200710143372 CN 200710143372 CN 200710143372 A CN200710143372 A CN 200710143372A CN 101374295 B CN101374295 B CN 101374295B
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network
access
terminal
selection
trigger
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CN 200710143372
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CN101374295A (en
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李克鹏
柴晓前
田林一
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华为技术有限公司
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Abstract

The invention discloses a method for selecting an access network. A trigger condition and a network selection condition are configured at a terminal. The method comprises the following steps: monitoring the state of the terminal and/or the state of the network that the terminal accesses currently according to the trigger condition; and determining the accessed network according to the network selection condition when the trigger condition is satisfied. Accordingly, the user can automatically select the network according to the requirement to achieve better experience. The invention also discloses the terminal.

Description

选择接入网络的方法和终端 Selecting an access network method and terminal

技术领域 FIELD

[0001] 本发明涉及通信领域的设备管理技术,尤其涉及对接入网络的选择。 [0001] The present invention relates to communication field device management, particularly, to the selection of the access network.

背景技术 Background technique

[0002] 移动终端设备是整个移动网络运营服务体系中的重要组成部分,开放移动联盟(Open Mobile Alliance,0MA)中的设备管理(Device Management,DM)是指通过交互方式将管理命令从网络侧下发到终端设备上,并由终端设备进行参数配置或者执行某种操作,例如,彩信参数配置、执行软件升级操作等。 [0002] The mobile terminal device is an important part of the mobile network operator service system, a device management (Device Management, DM) Open Mobile Alliance (Open Mobile Alliance, 0MA) is the means by interactively management command from the network side issued to the terminal device by the terminal device to perform an operation or configuration parameters, e.g., MMS parameter configuration, software upgrade operation performed.

[0003] OMA DM规范定义了DM系统的整体架构、协议和通信机制,以及设备管理中的安全性问题。 [0003] OMA DM DM specification defines the overall architecture of the system, and a communication protocol mechanisms, devices and security management issues. 终端上存储的DM管理树可以被认为是一个DM服务器通过DM协议对终端进行管理的接口,其中包括一些基本的管理对象(Management Object,MO),DM服务器通过对MO的操作来达到控制终端资源的目的;操作命令有获取(Get)、替换(Replace)、执行(Exec)、复制(Copy)、删除(Delete)等。 Stored on the terminal DM management tree it can be considered as a DM server terminal interface managed through the DM protocol, including some basic Management Objects (Management Object, MO), DM server by the operation of the MO to achieve control terminal resources purpose; there is an operation command get (get), replace (replace), execution (Exec), copy (copy), delete (delete) and so on.

[0004] DM规范的整体结构如图I所示,从图I中可以看出,支持OMA DM业务功能的终端必须有一个DM客户端,负责解析OMA DM协议的内容,并将DM服务器下发的操作命令转换成终端能够执行的操作命令,并通知终端执行。 Overall configuration [0004] FIG I in the DM specification, can be seen from Figure I, a terminal supporting OMA DM service function must have a DM client, the OMA DM protocol analyzes the contents, and delivered by the DM server operation commands into the command terminal to perform the operation, and notifies the terminal performs. 同时,终端还必须包含一个管理树,管理树将终端中所有可用的管理对象组织成树状结构,在这里所有的节点都有唯一的统一资源标识(Unified Resource Identity,URI)来表示。 Meanwhile, the terminal must also include a management tree, tree management will organize all the available terminal management objects in a tree structure, where all the nodes has a unique Uniform Resource Identifier (Unified Resource Identity, URI) to represent. 如图2所示,为一个管理树的结构示意图。 As shown, a management tree structure diagram shown in FIG.

[0005] 通过OMA DM协议DM服务器可以向管理树的节点发出相关操作命令,比如Add、Copy、Delete等,通过对管理树的操作可以实现对终端的管理。 [0005] OMA DM protocol may be issued by the DM server to the management tree node associated operation commands such as Add, Copy, Delete, etc., can manage the operation of the terminal by the management tree. 管理树的节点可能包含该终端中的一组环境配置参数、不同类型的对象、相关操作以及一些触发机制等。 The management tree node may contain a set of configuration parameters of the environment of the terminal, different types of objects, as well as some related operations triggering mechanism.

[0006] 如图3所示,为在DM规范中定义的DM服务器对终端的管理操作步骤流程示意图,该流程主要包括: [0006] As shown, a DM server defined in the DM specification schematic flow management procedure for the terminal 3, the flow includes:

[0007] 步骤301 :服务器向终端发送操作通知。 [0007] Step 301: The server sends a notification to the operator terminal.

[0008] 步骤302 :终端接收到所述操作通知后,发起初始会话连接,并向服务器报告自身的身份信息和设备信息。 [0008] Step 302: After the terminal receives the notification operation, initiates an initial session connection, and to report its identity information and the information server apparatus.

[0009] 步骤303 :服务器向终端发送自身的身份信息和操作命令。 [0009] Step 303: The server sends its identity information and the operation command to the terminal.

[0010] 步骤304 :终端执行接收到的由服务器发送的操作命令。 [0010] Step 304: the terminal performs an operation command sent by the server received.

[0011 ] 如果会话没有被中止的话,则步骤303和步骤304可以重复执行,终端可以接收并执行更多的操作命令,直至会话中止。 [0011] If the session is not suspended, then the step 303 and step 304 may be repeatedly performed, the terminal may receive and perform more operation commands until the session is terminated.

[0012] 现有的OMA DM规范中,提供了一系列的连接管理对象(Connectivity ManagementObject, CM0)来进行不同接入网络(Network)的参数配置。 [0012] existing OMA DM specification provides a series connection management object (Connectivity ManagementObject, CM0) to different access networks (the Network) configuration parameters. 例如,3GPP电路交换网络(Circuit-Switched Network, CS)>3GPP 分组交换网络(Packet-Switched Network,PS)、3GPP2 码分多址接入网络(Code Division Multiple Access,CDMA)、无线局域网络(Wireless Local Area Network,WLAN)等。 For example, 3GPP circuit-switched network (Circuit-Switched Network, CS)> 3GPP packet-switched network (Packet-Switched Network, PS), 3GPP2 Code Division Multiple Access network (Code Division Multiple Access, CDMA), WLAN (Wireless Local Area Network, WLAN) and so on. 随着终端能力的不断增强,往往一个终端可以支持多种网络环境,由此就产生了网络切换的问题,例如基于网络信号强度、用户使用的业务类型、QoS要求、用户所处位置等条件进行切换。 With the growing terminal capabilities, the terminal may tend to support a variety of network environments, a problem arises whereby the switching network, such as network signal strength based on the user's service type, QoS requirements, criteria such as user location switch.

[0013] 一般来说接入网络的选择方法主要可以包括自动接入网络选择和手动接入网络选择,下面分别以这两种方式为例说明现有的选择网络的方法。 [0013] General method for selecting an access network may include an automatic access to the main network and manually select the access network selection, the following two methods, respectively an example of a conventional network selection method.

[0014] 在自动接入网络的选择中,以公用陆地移动网(Public Land Mobile Network,PLMN)为例,在终端中预先设定了不同PLMN网络的优先级,若终端为手机,则可以在手机中的智能卡用户身份识别芯片(Subscriber Identity Model, SIM)中存储各个PLMN的优先级列表,将列表中的PLMN与搜索到的逐一进行比较,直到找到最合适的网络,即选择搜索到的最高优先级的PLMN网络。 [0014] In the automatic selection of the access network to public land mobile network (Public Land Mobile Network, PLMN), for example, previously set in the terminal with different network PLMN priority, if the terminal is a mobile phone, it may be phone smart card user identification chip (Subscriber identity Model, SIM) stored in the priority list of each PLMN in the list of PLMN search one by one to compare to, until you find the most suitable network, choose the search to the highest priority PLMN network.

[0015]例如,若设定归属 PLMN(Home PLMN,HPLMN)或等同归属PLMN(Equivalent HomePLMN, EHPLMN)的优先级为最高,若搜索出了归属PLMN或等同归属PLMN,则将该归属PLMN或等同归属PLMN作为接入网络。 [0015] For example, when setting the home PLMN (Home PLMN, HPLMN) or equivalent home PLMN (Equivalent HomePLMN, EHPLMN) of the highest priority, the home PLMN search if equivalent or home PLMN, the home PLMN, or the equivalent access network as the home PLMN. [0016] 若用户预先设置了接入网络的优先级,贝U按照在用户控制(User ControlledPLMN Selector with Access Technology)数据文件中保存的优先级顺序进行匹配,将搜索出的优先级最高的PLMN网络作为接入网络。 [0016] If the user previously set the priority of the access network, U shell matching the priority order stored in the user control (User ControlledPLMN Selector with Access Technology) in the data file, the searched highest priority PLMN network as the access network.

[0017] 若运营商预先设置了接入网络的优先级,则按照在运营商控制(OperatorControlled PLMN Selector with Access Technology)数据文件中保存的优先级顺序进行匹配,将搜索出的优先级最高的PLMN网络作为接入网络。 [0017] When the operator pre-set priority access to the network, it can be adjusted in accordance with the priority order stored in the operator controlled (OperatorControlled PLMN Selector with Access Technology) in the data file, the searched highest priority PLMN network as an access network.

[0018] 若搜索出的PLMN网络都不满足上述三种情况,则可以按照搜索出的PLMN网络的信息强弱进行选择,将信号最强的PLMN网络作为接入网络。 [0018] If the searched network PLMN does not satisfy the above three cases, the information may be selected according to the strength of the searched network PLMN, the PLMN network with the strongest signal as an access network.

[0019] 手动接入网络的选择过程是:在终端中预先设定一系列可用的网络列表,由用户选择一个作为接入网络。 Selection process [0019] manual access network is: a series of pre-set list of available networks in a terminal, selected by a user as an access network.

[0020] 通过上述描述可以看出,在自动选择接入网络过程中,随着网络类型的不断增加,单一地根据优先级进行网络选择已经越来越无法满足用户的需要,用户不能根据自身的需要实时对接入网络进行个性化选择,例如无法根据当前业务质量(Quality of Service,QoS)选择接入网络、无法根据带宽需求选择接入网络、无法根据自身的偏好或运营商需求选择接入网络。 [0020] As can be seen from the above description, the process of automatically selecting an access network, with the increasing of network type, based solely on the priority network selection has become increasingly unable to meet the needs of the user, the user can not according to its own require real-time access to the network to personalize the selection, such as the inability to select an access network based on the current quality of service (quality of service, QoS), network access can not be selected based on bandwidth requirements, access can not be selected according to their preferences or operator requirements The internet. 而在手动选择过程中,每一次的网络选择都需要用户进行一次操作,使得用户操作繁琐,体验较差。 In the manual selection process, each network selection requires a user operation, cumbersome operation so that the user experience is poor.

发明内容 SUMMARY

[0021] 本发明实施例提供一种选择接入网络的方法和终端,以解决现有技术中存在网络选择无法满足用户的个性化需求,使得用户操作繁琐,体验较差的问题。 Example embodiments provide a method of selecting an access network and a terminal, in the prior art to solve the network selection can not meet the individual needs of users [0021] the present invention, complicated operations such that the user experience the problem of poor.

[0022] 一种选择接入网络的方法,在终端配置触发条件和网络选择条件,该方法包括: [0022] A method of selecting an access network, configuration and network selection condition triggering conditions in the terminal, the method comprising:

[0023] 接收服务器发送的设备管理命令,所述命令用于在终端配置所述触发条件和所述网络选择条件; [0023] The device management command sent by a server, said command terminal configuration for the trigger condition and the network selection condition;

[0024] 根据所述触发条件对终端状态或终端当前接入的网络状态进行监测; [0024] monitor the status of the network or the terminal state of the terminal currently accessed according to the trigger condition;

[0025] 当所述终端状态或所述终端当前接入的网络状态满足所述触发条件时,根据所述网络选择条件来确定接入的网络; [0025] When the terminal state of the terminal or the current status of the access network satisfies the trigger condition, the selection condition is determined according to the network access network;

[0026] 其中,当所述触发条件为位置触发时,所述终端处于所述位置触发条件中设定的区域,且未接入位于所述区域时设定的网络,触发接入所述设定的网络。 [0026] wherein when the trigger condition is a trigger position, the terminal position in the region of the trigger condition set, and not set when the access is located in the LAN, provided access to the trigger given network. [0027] 一种终纟而,该终纟而包括: [0027] A final and Si, the Si and eventually comprising:

[0028] 第一接收模块,用于接收服务器发送的设备管理命令,所述命令用于在所述终端配置触发条件和网络选择条件; [0028] a first receiving module, a device management command sent by a server, the command to the terminal configuration and network selection condition triggering condition;

[0029] 保存模块,用于保存所述触发条件和所述网络选择条件; [0029] The storage module, configured to store the trigger condition and the network selection condition;

[0030] 监测模块,用于监测自身的状态和/或当前接入的网络状态是否满足所述触发条件; [0030] The monitoring module, for monitoring their status and / or the current access network status satisfies the trigger condition;

[0031] 选择模块,用于当满足所述触发条件时,根据所述网络选择条件来确定接入的网络; [0031] selection module when the trigger condition is satisfied, to determine the access network selection according to the network conditions;

[0032] 其中,若所述触发条件为位置触发时,所述监测模块进一步包括:第三判断单元,用于判断是否处于所述位置触发条件中设定的区域,若是,则判断是否接入位于所述区域时设定的网络,并发送判断结果;第三触发单元,用于当所述判断结果为处于所述位置触发条件中设定的区域,且未接入所述设定的网络时,触发所述选择模块。 [0032] wherein if the trigger condition is a trigger position, the monitoring module further comprises: a third determining means for determining whether the trigger condition is in the region of the set position, if, it is determined whether the access when the network setting is located in the region, and transmits the determination result; third triggering unit, configured to, when the judgment result is in the region of the trigger condition set in position, and no access to the set network when trigger the selection module.

[0033] 在本发明实施例中,通过对终端的状态和/或终端当前接入的网络状态进行监测来判断是否满足触发条件,在满足触发条件时,根据所述网络选择条件来确认接入网络的方法,使得用户可以根据自身的需要自动进行网络选择,使用户感受较好。 [0033] In an embodiment of the present invention, by monitoring the state of the terminal and / or the current access status of the network terminal to determine whether or trigger condition is met, the trigger condition is met, according to the network to verify access selection condition the method of the network, so that the user can select a network automatically according to their needs, making the user feel better.

附图说明 BRIEF DESCRIPTION

[0034] 图I为现有技术中设备管理规范的整体结构示意图; [0034] Figure I is a schematic view of an overall configuration of a prior art device management specifications;

[0035] 图2为现有技术中一个管理树的结构示意图; [0035] FIG. 2 is a prior art schematic structural diagram of a management tree;

[0036] 图3为现有技术中设备管理服务器对终端的管理操作步骤流程示意图; [0036] FIG. 3 is a device management server manages the terminal steps of the process schematic of a prior art;

[0037] 图4为本发明实施例中终端结构示意图; [0037] FIG. 4 is a schematic configuration example of the terminal embodiment of the present invention;

[0038] 图5为本发明实施例中选择接入网络的方法步骤流程示意图; [0038] FIG. 5 is a schematic embodiment of an access network selection method step process embodiment of the present invention;

[0039] 图6为本发明实施例一的节点模型示意图; [0039] FIG. 6 is a schematic diagram of a node model embodiment of the invention;

[0040] 图7为本发明实施例二的节点模型示意图; [0040] FIG. 7 is a schematic model of a node according to a second embodiment of the present invention;

[0041] 图8为本发明实施例三的节点模型示意图; [0041] FIG. 8 a schematic model of a node according to a third embodiment of the present invention;

[0042] 图9为本发明实施例三中设置通用触发条件的节点模型示意图; [0042] FIG. 9 is a schematic model of a node according to a third trigger condition is provided common embodiment of the invention;

[0043] 图10为本发明实施例三中设置参数触发条件的节点模型示意图; [0043] FIG. 10 is provided according to a third node model parameters triggers a schematic embodiment of the invention;

[0044]图11为本发明实施例三中设置参数触发条件的简化节点模型示意图; [0044] FIG 11 a schematic view of a simplified model of the node triggering condition according to a third embodiment of the present invention, the parameters are set;

[0045] 图12为本发明实施例三中方法步骤流程示意图; [0045] FIG. 12 is a schematic flow according to a third embodiment of the present invention, a method step;

[0046] 图13为本发明实施例四的节点模型示意图; [0046] FIG 13 a schematic view of the nodes of the model according to a fourth embodiment of the present invention;

[0047] 图14为本发明实施例四中利用服务器下发命令确定网络选择模式的节点模型示意图; [0047] FIG 14 a schematic view of commanding the node model is determined by using the server network selection mode according to a fourth embodiment of the present invention;

[0048] 图15为本发明实施例四中服务器控制终端执行业务的步骤流程示意图; [0048] FIG. 15 is a schematic diagram of the four terminal server performs service control step process embodiment of the present invention;

[0049] 图16为本发明实施例五的节点模型示意图; [0049] FIG 16 a schematic view of the nodes of the model according to a fifth embodiment of the present invention;

[0050] 图17为本发明实施例六的节点模型示意图。 [0050] FIG 17 a schematic view of the nodes of the model according to a sixth embodiment of the present invention.

具体实施方式 Detailed ways

[0051] 为了达到本发明的目的,本发明实施例中提供一种选择接入网络的方法,主要包括:在在终端配置触发条件和网络选择条件之后,根据所述触发条件对终端的状态和/或终端当前接入的网络状态进行实时监测,当满足所述触发条件时,根据所述网络选择条件来确定接入的网络。 [0051] To achieve the object of the present invention, there is provided an alternative embodiment of an access network embodiment of the present invention the method mainly includes: After configuring a trigger condition at the terminal and the network selection criteria, the trigger condition according to the state of the terminal and / or terminal currently accesses the network real-time monitoring state, when the trigger condition is satisfied, to determine the network access according to the network selection criteria.

[0052] 下面结合说明附图详细说明本发明。 [0052] The present invention will be described in conjunction with the accompanying drawings be described in detail.

[0053] 如图4所示,为本发明实施例中终端的结构示意图,从图中可以看出该终端包括:保存模块11、监测模块12和选择模块13,其中,保存模块11用于保存触发条件和网络选择条件;监测模块12用于监测终端的状态和/或当前接入的网络状态是否满足所述触发条件;选择模块13用于当满足所述触发条件时,根据所述网络选择条件来确定接入的网络。 [0053] As shown in FIG 4, a schematic structural diagram of the embodiment of the present invention, the terminal can be seen from the figure the terminal comprising: a storage module 11, a monitoring module 12 and the selection module 13, wherein the storing module 11 for storing triggers and network selection condition; monitoring module 12 for monitoring the state of the terminal and / or the current access network status satisfies the trigger condition; selecting module 13 when the trigger condition is satisfied, according to the network selection determining a condition of access to the network.

[0054] 保存模块11保存所述触发条件和网络选择条件的方法有多种,包括但不限于:用户手动在终端中写入所述触发条件和网络选择条件,和/或DM服务器向终端下发DM命令,由终端中的第一接收模块14接收服务器发送的DM命令,该DM命令用以在终端中配置所述触发条件和网络选择条件,并将该触发条件和网络选择条件发送给所述保存模块11。 [0054] The storage module 11 triggers, and the method for storing the network selection of a variety of conditions, including but not limited to: the user manually writes the trigger condition in the terminal and network selection conditions, and / or DM server to the terminal send DM command, the DM command sent by the terminal receiving module 14 receives a first server, the DM command in the terminal for network selection conditions and arrangement conditions of the trigger, and the trigger condition, and sent to the network selection conditions said storage module 11. [0055] 进一步地,还可以在保存模块11中保存所述触发条件和网络选择条件的对应关系,这样可以分别为不同的触发条件设定用户需要的网络选择条件。 [0055] Further, it is also possible to store the mapping between the network conditions and selection conditions stored in the module 11, so that the network selection conditions may be respectively set for different user needs trigger conditions.

[0056] 终端还可以包括第二接收模块15和第三接收模块16,其中,第三接收模块16用于接收服务器下发的监测命令,并向所述监测模块12或第二接收模块15发送触发信号;第二接收模块15用于当接收到所述触发信号时,接收输入的网络标识;则选择模块13用于将所述第二接收单元15接收到的所述网络标识对应的网络作为接入的网络。 [0056] The terminal may further include a second receiving module 15, and a third receiving module 16, wherein the third receiving module 16 for receiving the server sent by the monitor command, and send the monitoring module 12 or the second receiving module 15 a trigger signal; a second receiving module 15 when receiving the trigger signal, an input receiving network identification; selection module 13 for the second network to the receiving unit 15 receives the identifier of the corresponding network as network access.

[0057] 若第三接收模块16未向第二接收模块15发送触发信号,而是向监测模块12发送触发信号,则第二接收模块15不运行,而监测模块12对自身的状态和/或当前接入的网络状态进行监测。 [0057] If the third receiving module 16 is not a trigger 15 transmitting to the second signal receiving module, but transmits a trigger signal to the monitoring module 12, the second receiving module 15 is not operating, the state monitoring module 12 itself and / or the current status of the access network to be monitored.

[0058] 第二接收模块15接收外界输入的网络标识可以为:第二接收模块15向用户提供一个操作界面,用户通过该操作界面向第二接收模块15输入所述网络标识。 [0058] The receiving module 15 receives a second input from the outside of the network can be identified: a second receiving module 15 to provide a user interface, a user input the network identification to a second receiving module 15 via the operator interface.

[0059] 所述终端还包括接入模块17,用于在确定接入的网络后,根据所述服务器配置的网络配置参数信息接入确定的所述网络。 [0059] The terminal further comprises an access module 17 for determining when access to the network, the network configuration information of the access parameters determined from the network configuration server.

[0060] 服务器在终端配置了触发条件后,服务器可以允许终端对所述触发条件进行修改,也可以禁止终端对所述触发条件进行修改。 After [0060] In terminal server trigger condition configuration, the server can allow the terminal to modify the trigger condition, the terminal may be prohibited for the trigger condition to be modified.

[0061] 判断终端是否能对保存模块11中的触发条件进行修改,可以利用终端中的第四接收模块和修改模块来实现。 [0061] the terminal determines whether to modify the trigger module 11 in the storage condition, the terminal can be used in a fourth receiving module and a modification module. 第四接收模块用于接收服务器下发的修改命令;该修改命令可以允许修改模块对所述保存模块11中的所述触发条件进行修改,或禁止修改模块对所述保存模块11中的所述触发条件进行修改。 Fourth receiving means for receiving the server sent by the modification command; this may allow modification module to modify the command to the storage module 11 in the trigger condition is modified, the modification module or prohibit the storage module 11 in trigger condition is modified.

[0062] 在本发明实施例中,由于网络选择条件不同,因此,选择模块13包含不同的单元,包括但不限于以下几种: [0062] In an embodiment of the present invention, since the different network selection conditions, and therefore, the selection module 13 includes various units, including but not limited to, the following:

[0063] I、若所述网络选择条件为:接入网络类型的优先级选择,则选择模块13包括••第一确定单元和第一执行单元,其中,第一确定单元用于确定出优先级最高的网络类型;第一执行单元用于将所述第一确定单元确定出的所述网络类型中的网络标识对应的网络作为接入的网络。 [0063] I, when the network selection conditions: access network type priority selection, the selection module 13 comprises a first determination unit and the •• a first execution unit, wherein the first determining unit for determining the priority the highest-level network type; a first execution unit for the first determination unit determines that the type of network corresponding to the network identifier of the network as the access network. 若所述网络类型中包含多种网络标识,则可以随机选择、按照业务质量选择 If the network type comprising a plurality of network identification, selection may be random, selected according to the quality of service

坐寸ο Sit inch ο

[0064] 2、若所述网络选择条件为:接入网络标识的优先级选择,则所述选择模块13包括:第二确定单元和第二执行单元,其中,第二确定单元用于确定出优先级最高的网络标识;第二执行单元用于将所述第二确定单元确定出的所述网络标识对应的网络作为接入的网络。 [0064] 2, if the network conditions are selected: a priority access network identifier is selected, the selecting module 13 includes: a second determination unit and a second execution unit, wherein the second determining unit for determining the identifying the highest priority network; second execution unit for said second determination unit determines that the network identifier corresponding to the network as the access network.

[0065] 3、若所述网络选择条件为:任意条件选择,则所述选择模块13包括:第三确定单元和第三执行单元,其中,第三确定单元用于确定当前能够接入的网络;第三执行单元用于从所述第三确定单元确定出的所述网络中任意选择一个作为接入的网络。 [0065] 3, if the network conditions are selected: any of the conditions selected, the selecting module 13 includes: a third determining unit, and a third execution unit, wherein the third determining means for determining a current can access the network ; third execution unit is configured from the third determining unit determines that any of the selected network as a network access.

[0066] 4、若所述网络选择条件为:网络质量条件选择,则所述选择模块13包括:第四确定单元和第四执行单元,其中,第四确定单元用于确定网络质量最高的网络;第四执行单元用于将所述第四确定单元确定出的所述网络作为接入的网络。 [0066] 4, if the network conditions are selected: the network quality conditions are selected, the selecting module 13 includes: a fourth determining unit and a fourth execution unit, wherein the means for determining the highest network fourth determining network quality ; and a fourth execution unit of said network for said fourth determination unit determines as the network access.

[0067] 5、若所述网络选择条件为:接入网络类型的优先级选择和接入网络标识的优先级选择,则所述选择模块13包括:第五确定单元和第五执行单元,其中,第五确定单元用于确定出优先级最高的网络类型;第五执行单元用于将所述第五确定单元确定出的所述网络类型中的优先级最高的网络标识对应的网络作为接入的网络。 [0067] 5, if the network conditions are selected: a priority selection priority selection network identifier and the access type of the access network, the selecting module 13 includes: a fifth and a fifth unit determining execution unit, wherein fifth determining means for determining a highest priority network type; a fifth unit for performing the highest priority network identifier corresponding to the network fifth determining unit determines that the type of network as an access network of.

[0068] 另外,由于触发条件的不同,监测模块12中包含的单元也不同,包括但不限于以下几种: [0068] Further, since the different firing conditions, the cell monitoring module 12 included in different, including but not limited to, the following:

[0069] I、若所述触发条件为:无条件触发,则所述监测模块12包括:第一判断单元和第一触发单元,其中,第一判断单元用于判断是否需要接入网络,并发送判断结果;第一触发单元用于当所述判断结果为需要接入网络时,触发所述选择模块13。 [0069] I, if the trigger condition is: unconditional trigger, then the monitoring module 12 comprises: a first determining means and a first trigger unit, wherein a first determination unit for determining whether access to the network, and transmits determination result; a first trigger means when said determination result is the access network needs to trigger the selection module 13.

[0070] 2、若所述触发条件为:业务名称触发,则所述监测模块12包括:第二判断单元和第二触发单元,其中,第二判断单元用于判断是否执行了所述业务名称触发条件中的业务,若是,则判断当前是否接入执行所述业务时设定的网络,并发送判断结果;第二触发单元用于当所述判断结果为执行了所述业务名称触发条件中的业务,且未接入所述设定的网络时,触发所述选择模块13。 [0070] 2, if the trigger condition is: triggering service name, then the monitoring module 12 comprises: a second determination unit and a second trigger unit, wherein the second determination means for determining whether the name of the service service trigger condition, and if yes, determine whether the current access is set upon execution of the service network, and transmits the determination result; a second means for triggering the determination result is performed when the name of the service triggering condition when the service, and not the set access network, triggering the selection module 13.

[0071] 3、若所述触发条件为:位置触发,则所述监测模块12包括第三判断单元和第三触发单元,其中,第三判断单元用于判断是否处于所述位置触发条件中设定的区域,若是,则判断是否接入位于所述区域时设定的网络,并发送判断结果;第三触发单元用于当所述判断结果为处于所述位置触发条件中设定的区域,且未接入所述设定的网络时,触发所述选择丰旲块13。 [0071] 3, if the trigger condition is: the position of the trigger, then the monitoring module 12 includes a third determination unit and a third trigger unit, wherein the third determining means for determining whether the trigger condition is in the position provided given area, if yes, it is determined whether the access is located in said set area network, and transmits the determination result; third trigger means for, when the determination result is in the region of the trigger condition set in position, and not set when the access network, triggering the selection block 13 Dae abundance.

[0072] 4、若所述触发条件为:信号强度触发,则所述监测模块12包括:第四判断单元和第四触发单元,其中,第四判断单元用于判断当前接入的网络的信号强度是否低于信号强度触发条件中设定的信号强度,并发送判断结果;第四触发单元用于当所述判断结果为低于信号强度触发条件中设定的信号强度时,触发所述选择模块13。 [0072] 4. If the trigger condition is: the signal strength of the trigger, then the monitoring module 12 comprises: a fourth judging unit and a fourth trigger signal unit, wherein the fourth determining means for determining whether a current access network strength is below a signal strength of the signal strength of the trigger condition set, and transmits a determination result; fourth triggering unit configured to, when the determination result is lower than the signal strength of the trigger signal strength conditions set to trigger the selection module 13.

[0073] 5、若所述触发条件为:业务质量触发,则所述监测模块12包括:第五判断单元和第五触发单元,其中,第五判断单元用于判断当前接入的网络的业务质量是否低于业务质量触发条件中设定的阈值,并发送判断结果;第五触发单元用于当所述判断结果为低于业务质量触发条件中设定的阈值时,触发所述选择模块13。 [0073] 5, if the trigger condition is: the quality of service is triggered, then the monitoring module 12 comprises: a fifth judging unit and the fifth unit is triggered, wherein the fifth determining means for determining whether the currently accessed service network whether quality of service quality is lower than the trigger threshold condition is set, and transmits the determination result; fifth means for triggering, when the determination result of the quality of service is less than the trigger threshold condition is set, the selection module 13 triggers .

[0074] 在本实施例中,终端接入确定的网络后,可以将该网络的网络类型和/或网络标识等信息上报给服务器,因此,终端中还可以包含一个上报模块18,用于在接入确定的所述网络后,将该网络的网络类型和/或网络标识上报给服务器。 [0074] In the present embodiment, after the terminal determines the access network, the network may report the type of network and / or network identification information to the server, and therefore, the terminal may further include a reporting module 18 for after the determination of the access network, the network type and / or a network identification reported to the network server.

[0075] 本发明实施例中终端的工作流程如下:首先,终端中的保存模块保存了触发条件和网络选择条件;然后,终端中的监测模块根据所述触发条件对自身的状态和/或当前接入的网络状态进行实时监测;最后,当满足所述触发条件时,终端中的选择模块根据网络选择条件来确定待接入的网络。 [0075] Example embodiments of the present invention in a terminal works as follows: First, the terminal storage module stores the network selection triggering conditions and conditions; and, in the terminal monitoring module according to the trigger condition of its own state and / or current access network real-time monitoring state; Finally, when the trigger condition is satisfied, the terminal selection module to determine the network to be accessed according to the network selection criteria. 则终端可以接入该确定出的待接入网络,实现网络的选择过程。 Then the access terminal may be determined that the access network, the network selection process.

[0076] 下面结合具体实施例详细说明本发明方法。 [0076] Specific embodiments of the method the following detailed description of the present invention.

[0077] 如图5所示,为本发明实施例选择接入网络的方法步骤流程示意图,该方法包括: [0077] As shown in Fig 5, a schematic diagram of the process steps of selecting an access network embodiment of the method of the present invention, the method comprising:

[0078] 步骤501 :在终端配置触发条件和网络选择条件。 [0078] Step 501: the terminal configuration and network selection condition triggers.

[0079] 在本发明实施例中,触发条件包括但不限于:无条件触发、通用条件触发(CommonTrigger)、参数条件触发(ParamTrigger)中的一个或多个。 [0079] In an embodiment of the present invention, the trigger conditions include, but are not limited to: unconditional trigger, trigger General Conditions (CommonTrigger), a trigger condition parameters (ParamTrigger) or more. [0080] 无条件触发:当终端需要接入网络时就可以认为满足了触发条件,终端需要接入网络的情况包括但不限于:开启终端时或当前终端未接入任何网络时。 [0080] Unconditional Trigger: When the terminal needs to access the network can be considered to satisfy the trigger conditions, where the terminal needs to access networks include, but are not limited to: the terminal is turned on or when the current terminal is not connected to any network time.

[0081] 通用条件触发包括但不限于:业务名称触发或位置触发。 [0081] General conditions triggers include but are not limited to: business name triggering or trigger position.

[0082] 参数条件触发包括但不限于:信号强度触发(Signaltrigger)或服务质量触发(QoSTrigger)。 [0082] Trigger parameter conditions include, but are not limited to: strength of the trigger signal (Signaltrigger) or quality of service trigger (QoSTrigger).

[0083] 网络选择条件包括但不限于:接入网络类型的优先级选择、接入网络标识的优先级选择、任意条件选择、网络质量条件选择中的一个或多个。 [0083] The network selection conditions include, but are not limited to: the access network type priority selection, priority selection network access identifier, selecting any of the conditions, one or more network quality condition selection.

[0084] 当满足触发条件时,接入网络类型的优先级选择是将优先级最高的网络类型中的网络标识对应的网络作为接入的网络;接入网络标识的优先级选择是将优先级最高的网络标识对应的网络作为接入的网络;网络质量条件选择是将网络质量最高的网络作为接入的网络;任意条件选择是将当前终端能够接入的网络中任意一个作为接入的网络,例如,可以在终端中可以配置一个网络标识列表,在任意条件选择时,终端可以按照排列的先后顺序,将网络标识列表中的标识对应的网络作为接入网络。 [0084] When the trigger condition is satisfied, the priority of the access network type is selected network identifier corresponding to the highest priority network as an access network type of the network; priority selection network identifies the access priority highest network identifier corresponding to the network as an access network; network quality conditions are selected to be the highest quality network as the access network network; conditions are selected to be any terminal to access the current network as an access network of any one of , for example, a network identifier list can be configured in the terminal, when selecting any of the conditions, the terminal can be arranged according to the order, the network identifier corresponding to the identifier list of the network as an access network.

[0085] 步骤502 :根据所述触发条件对终端的状态和/或终端当前接入的网络状态进行实时监测。 [0085] Step 502: The state of the terminal of the trigger condition and / or status of the current access network or terminals in real time.

[0086] 对终端的状态和/或终端当前接入的网络状态进行监测,也就是判断终端的状态和/或终端当前接入的网络状态是否满足触发条件,若满足则执行步骤503,否则循环监测继续执行步骤502。 [0086] The state of the terminal and / or the current state of the access terminal or a network monitoring, i.e. determining the status of the terminal and / or the current state of the access terminal whether the network trigger conditions are met, step 503 is executed when satisfied, otherwise loop monitoring continues to step 502.

[0087] 步骤503 :根据所述网络选择条件来确定接入的网络。 [0087] Step 503: determining a network access according to the network selection criteria.

[0088] 在终端中可以配置多个触发条件,每一个触发条件之间可以是“或”的关系,即当满足一个触发条件时,则根据网络选择条件确定出应该要接入的网络;也可以是“和”的关系,即触发条件中的多个同时满足时,才能根据网络选择条件确定出应该要接入的网络,例如,若触发条件有三个,则当中设定的两个同时满足时才能理解为满足触发条件。 [0088] The trigger condition may be a plurality of terminals, between each of a trigger condition may be "OR" relationship, that is, when a trigger condition is satisfied, it is determined that the access network should be selected according to the network conditions; or a relationship between an "and" the, when the plurality of trigger conditions is satisfied, i.e., the network can be determined according to the selection criteria should be access to the network, for example, if two three trigger conditions is satisfied among the set when the trigger conditions are met in order to understand.

[0089] 为了方便描述,在后续实施例中,当满足触发条件中的一个时,则可以根据网络选择条件确定出应该要接入的网络。 [0089] For convenience of description, in the subsequent embodiments, when a trigger condition is satisfied, it may be determined that should be an access network selection according to network conditions.

[0090] 在本实施例中,执行一次步骤501的流程后,可以多次执行步骤502和步骤503的流程,即配置一次触发条件和网络选择条件后,可以实现多次的网络选择操作,因此步骤501不是每次网络选择时的必要步骤。 [0090] In the present embodiment, after performing a process of step 501, step 502 may be performed repeatedly and step 503 of the flow, i.e., configuration and network selection conditions after a trigger condition, can implement network selection operation several times, thus step 501 is not necessary each time the network selection step.

[0091] 下面通过对实施例的详细描述来说明步骤501至步骤503的方法。 [0091] The following detailed description of the method embodiments described step 501 to step 503 through.

[0092] 如图6所示,为本发明实施例一的节点模型示意图。 [0092] As shown in FIG 6, a schematic diagram of a node of the model embodiment of the present invention. 在本实施例中,设定触发条件为无条件触发,即当终端需要接入网络时就认为满足触发条件,而网络选择条件包括但不限于:网络类型优先级条件和/或某种类型中网络标识(ID)优先级条件。 In the present embodiment, the trigger is set to trigger condition is unconditional, i.e., the trigger condition is considered satisfied when a terminal needs to access the network, while the network selection conditions include, but are not limited to: network type priority condition and / or some type of network identification (ID) priority condition.

[0093] 下面结合图6,以某种类型中网络ID优先级条件为网络选择条件来说明实施例一的方法。 [0093] below with reference to FIG. 6, some type of priority conditions network ID for the network selection criteria described in Example one embodiment of the method. 从图6中可以看出,在终端的管理树下增加了一个网络列表的占位节点,在本实施例一中设定该占位节点为:NetworkList,该节点的表述如表I所示,其出现的频率为I次,格式类型可以为节点型(Node),能够接受的最小访问控制权限为获取(Get)命令。 As can be seen from Figure 6, the management tree in the terminal adds a placeholder nodes network list, in example 1 of the present embodiment sets the placeholder node: NetworkList, expressed as the node shown in Table I, their frequency is I times, format type may be a node-type (the node), the minimum acceptable access control rights to acquire (the Get) command. 该NetworkList节点的子节点为一个或一个以上接入网络的信息。 NetworkList child nodes of the node to one or more network access information.

[0094] [0094]

Figure CN101374295BD00111

[0095]表 I [0095] TABLE I

[0096] NetworkList节点下的一个子节点:NetworkList/〈x>是某一个接入网络的占位节点,NetworkList节点下可以有一个或多个这样的接入网络的占位节点。 [0096] a child node under the node NetworkList: NetworkList / <x> is a placeholder node to access the network, there may be one or more such placeholder node in the access network node NetworkList. NetworkList/<x>节点下的子节点为一个接入网络的信息,NetworkList/<x>节点的描述 NetworkList / <x> child nodes of a node to the network access information, NetworkList / <x> node Description

如表2所示。 As shown in table 2.

[0097] [0097]

Figure CN101374295BD00112

[0098]表 2 [0098] TABLE 2

[0099] NetworkList/〈x>节点下可以有四个子节点,分别为接入网络ID(NetworkID)、接入网络类型(NetworkType)、接入网络优先级(Priority)和接入网络配置参数信息(Connectivity),具体的参数信息在该节点的子节点记录,该信息可以为参数MO的地址信息(如URI)或参数MO标识。 [0099] can have lower NetworkList / <x> node four child nodes, respectively Access Network ID (NetworkID), the access network type (NetworkType), access network priority (Priority) configuration parameter information and access networks ( Connectivity), specific information recorded in the sub parameter that node, the parameter information may be address information of MO (e.g., URI) or MO identification parameters.

[0100] NetworkList/〈x>/NetworkType节点用来指示可以接入的网络类型,包括:全球移动通信网络(Global System for Mobile communication,GSM)、码分多址接入网络(Code Division Multiple Access,CDMA)、无线码分多址接入网络(Wireless CDMA,W(DMA)、WLAN和蓝牙网络(Bluetooth)等。该NetworkType节点的描述如表3所示。 [0100] NetworkList / <x> / NetworkType node can be used to indicate the type of access network, comprising: a Global System for Mobile communications network (Global System for Mobile communication, GSM), code division multiple access network (Code Division Multiple Access, CDMA), code division multiple access wireless network described (wireless CDMA, W (DMA), WLAN network and a Bluetooth (Bluetooth), etc. the NetworkType node as shown in table 3.

[0101] [0101]

Figure CN101374295BD00113

[0102]表 3 [0102] TABLE 3

[0103] NetworkList/〈x>/NetworkID节点用来指示某种网络类型规范中定义的网络标识。 [0103] NetworkList / <x> / NetworkID node network identifier used to indicate certain network type defined in the specification. 例如,在PLMN网络中,网络标识为:移动国家码(Mobile Country Code,MCC) +移动网络码(Mobile Network Code, MNC);在WLAN网络中,网络标识为业务组标识(Service SetIdentifier, SSID)。 For example, in the PLMN network, the network is identified as: a mobile country code (Mobile Country Code, MCC) + Mobile Network Code (Mobile Network Code, MNC); in the WLAN network, network identification for the service group identifier (Service SetIdentifier, SSID) . 该节点的描述如表4所示。 The node as described in Table 4 below.

[0104] [0104]

Figure CN101374295BD00121

[0105]表 4 [0105] TABLE 4

[0106] NetworkList/<x>/Priority节点表示接入网络的优先级,其优先级的高低可以用整形数据来表示。 [0106] NetworkList / <x> / Priority indicates the priority of an access network node, the priority level can be represented with integer data. 例如,数字0-10中的一个来表示优先级,可以设定数字越小优先级越高。 For example, a number of 0-10 represented priority may be set smaller the number the higher the priority. 该节点的描述如表5所示。 The node as described in Table 5.

[0107] [0107]

Figure CN101374295BD00122

[0108]表 5 [0108] TABLE 5

[0109] NetworkList/<x>/Connectivity是接入网络配置参数信息的占位节点,其子节点为一个或一个以上的接入网络配置参数信息,该信息可以为参数MO的地址信息(如URI)或参数MO中的网络标识。 [0109] NetworkList / <x> / Connectivity Access Network configuration is the parameter information placeholder node, its child nodes configuration parameter information to one or more than one access network, the information may be address information for the MO parameters (e.g., URI ) or a network identification parameters of the MO. 当确定待接入的网络后,终端根据接入网络配置参数信息接入所述网络。 When determining that the network to be accessed, the terminal configuration parameter information to access the network according to the access network. 所述网络配置参数信息保存在网络配置管理对象中,而该网络配置管理对象的标识或地址将会保存在Connectivity节点中,因此,终端可以根据该节点中的标识或地址信息来获取网络配置参数信息。 The network configuration parameters stored in the network configuration information management object, the identity or address of the target network configuration management node will be stored in the Connectivity, therefore, the terminal may obtain network configuration parameters according to the identifier or address information of the node information.

[0110] 该Connectivity节点的描述如表6所示。 [0110] Connectivity description of the node as shown in Table 6. Connectivity节点出现的次数为O次或I次,若该节点出现,则至少存在I个子节点。 Connectivity node number appearing times is O or I times, if the node occurs, there is at least I child node.

[0111] ___ [0111] ___

Figure CN101374295BD00123

[0112]表 6 [0112] TABLE 6

[0113] 图6中NetworkList/〈x>/Connectivity/〈x>节点记录接入网络配置参数信息,该信息可以为参数MO的地址信息(如URI,即从管理树根节点开始到参数MO的路径)或参数MO标识。 [0113] FIG. 6 NetworkList / <x> / Connectivity / <x> access node records the network configuration parameter information, the parameter information may be an MO address information (e.g., the URI, i.e., from the beginning to the root node parameter management of MO path) or MO identification parameters. 例如,对于WLAN网络,该节点的内容可以为WLAN对应的连接管理对象(Connectivity Management Object,ConnMO)中的参数MO标识(即网络接入点标识Network Access Point Identifier,NAPID)。 For example, WLAN network, the content of the node may be a WLAN management object corresponding connection (Connectivity Management Object, ConnMO) MO identifier parameters (i.e. network access points Network Access Point Identifier, NAPID). 对于WCDMA 网络,可以同时指向多个ConnMO,如3GPPCS ConnM0、3GPPPS ConnMO。 For WCDMA network, you can point to a plurality of simultaneously ConnMO, as 3GPPCS ConnM0,3GPPPS ConnMO.

[0114] 在实施例一中,由于触发条件为无条件触发,当终端需要接入网络时就认为满足触发条件,利用网络选择条件确定接入网络,其流程为: [0114] In the first embodiment, since the trigger condition is unconditional trigger, when a terminal that needs to access the network can trigger condition is met, determining the access network using network selection criteria, the process of:

[0115]设定 NetworkList 节点下有两个子节点NetworkList/<xl> 和NetworkList/<x2>。 There are two child nodes NetworkList / <xl> and NetworkList / <x2> the [0115] node is set NetworkList. 若NetworkList/〈xl> 节点下的NetworkType 节点值为WLAN,NetworkID 节点值为WLAN的SSID,Priority 节点为O ;NetworkList/〈x2> 节点下的NetworkType 节点值为P LMN,NetworkID节点值为MCC+MNC,Priority节点为1,则表示WLAN网络中的SSID优先级最高,要优先接入该SSID对应的网络。 If the node under NetworkType NetworkList / <xl> node is WLAN, NetworkID node is a WLAN SSID, Priority node is O; NetworkType nodes under NetworkList / <x2> node value P LMN, NetworkID node value MCC + MNC , the node of the priority 1, the SSID of the WLAN network represents the highest priority, priority of the SSID corresponding to the access network. 在接入新网络后将选择出的SSID标识保存到终端管理树下增加的被选中接入网络标识(SelectedNetworkID)节点中。 Stored in the selected SSID will access a new network terminal management tree ID to increase access network identification is selected (SelectedNetworkID) node.

[0116] 该SelectedNetworkID节点是可选的,表示当前终端已经选择出的待接入的网络,其描述如表7所示。 [0116] The SelectedNetworkID node is optional, represents the current terminal has selected to be an access network, which is described as shown in Table 7.

[0117] [0117]

Figure CN101374295BD00131

[0118]表 7 [0118] TABLE 7

[0119] 与NetworkList的结构类似,可以在终端管理树下设置一个拒绝接入网络列表占位节点:ForbiddenList,该节点下包含多个子节点,表示不允许终端接入的网络类型或网络标识。 [0119] NetworkList similar structure may be provided in the terminal management tree refused access to a network node list placeholders: ForbiddenList, the node comprising a plurality of child nodes, network type or the network identifier represents a terminal access is not allowed. 此节点可以根据用户或者服务器的需要确定是否出现。 This node can determine if a user or server as needed.

[0120] 在本实施例中,若可选的网络标识只有一个,则将该网络标识的优先级默认为最高优先级,将该网络标识对应的网络作为接入网络。 [0120] In the present embodiment, if only one optional network identifier, then the default priority network identified as the highest priority, and the network identifier corresponding to the network as an access network. 同理,若可选的网络类型只有一个,则将该网络类型的优先级默认为最高优先级,从该网络类型中选择一个网络标识对应的网络作为接入网络。 Similarly, if only one type of alternative network, then the default network type priority, select a network identifier corresponding to the network as an access network from the highest priority network types.

[0121] 另外,上述方法中还可以给终端指定网络选择模式,包括自动选择模式或手动选择网络模式。 [0121] Further, the above method may also specify the terminal to the network selection mode, including selecting an automatic mode or a manual network selection mode. 自动选择模式即:服务器指示终端根据终端状态、终端当前接入的网络状态来判断该触发条件是否满足,并在满足时根据网络选择条件来选择所要切换的网络;手动选择模式指:服务器指示终端接收外部输入的(如用户通过手机操作界面发出的)切换触发动作和网络标识,将该网络标识对应的网络作为接入的网络。 Automatic selection mode, that is: the server instructs the terminal according to the terminal state, the current access terminal network status is determined that the trigger condition is satisfied, and is satisfied to select the desired switching network according to the network selection condition; manual selection mode refers to: server instructs the terminal receive an external input (e.g., user interface emitted by mobile) and the switching operation of the trigger network identifier, the network identifier corresponding to the network as the access network.

[0122] 具体实现手动选择和自动选择的方式包括: [0122] embodied manual selection and automatic selection mode comprises:

[0123] 在终端管理树下添加网络选择(SelecetionMode)节点,该节点中的内容可以为整形,例如,当为O时表示进入了自动选择网络的模式,I表示手动选择网络模式,2表示两种模式同时允许,不同的标识表示不同的模式可以由用户或服务器的设定。 [0123] added in the terminal management tree network selection (SelecetionMode) node, the contents of the node may be shaped, e.g., as represented by O when the automatic selection mode is entered the network, I represents a manual network selection mode, represents two 2 modes while allowing different identifier indicates a different mode may be set by the user or server. 该节点的描述如表8所示。 The node as described in Table 8 below.

[0124] [0124]

Figure CN101374295BD00132

[0125]表 8 [0125] TABLE 8

[0126] 在本实施例中,可以将服务器在终端创建SelectionMode节点视为服务器向终端下发的监测命令,当该节点中的内容为O时,表示该监测命令指示终端对自身的状态和/或当前接入的网络状态进行监测,进入自动选择模式;当该节点中的内容为I时,表示该监测命令指示终端不执行监测操作,进入手动选择模式。 [0126] In the present embodiment, the server may create SelectionMode monitoring command to the server node as the terminal in the terminal issued, when the content of the node is O, indicating that the terminal monitor command indicating the state of itself and / or the current network state monitoring access into the automatic mode is selected; when the content of the node I, indicating that the terminal does not perform the monitoring command instructs monitoring operation to enter the manual selection mode.

[0127] 为了达到确定手动选择或自动选择模式的目的,也可以不增加这个SelectionMode节点,而是直接指明某网络选择模式是否开启。 [0127] In order to achieve automatic determination or manual selection mode selection purposes, this may not increase SelectionMode node, but directly specify a network selection mode is enabled. 例如,增加一个节点表示自动选择网络模式,该节点中的内容设定为波尔型(Bool),当为True时表示网络选择模式为自动选择,当为False时表示网络选择模式不为自动选择。 For example, a node represents an increase automatically select the network mode, the contents of the node is set to automatically select the type Boer (Bool), indicates that the network mode is selected when the automatic selection is True, indicates that the network when the selected mode is not False .

[0128] 服务器可以指示终端在发生网络选择时,是否需要用户确认切换与否,指示方法是在终端管理树下添加用户确认(UserConfirm)节点。 [0128] The server may indicate the network when the terminal selection occurs, the user needs to confirm whether or not the switching, the management tree is added indicating user confirmation (UserConfirm) a terminal node. 该节点中的内容可以为Bool,当为True时表示需要用户确认后才能切换;当为False时表示不需要用户确认,若此节点不出现,贝1J默认为False。 The contents of the node may be Bool, expressed in order to switch the user to confirm when is True; if if is False indicates that no user confirmation, if this node is not present, the default shell 1J to False. 此节点也可以作为SelectionMode的子节点存在。 This node may also be present as a child node of SelectionMode. 该UserConfirm节点的描述如表9所示。 Description of the UserConfirm node as shown in Table 9.

[0129] [0129]

Figure CN101374295BD00141

[0130]表 9 [0131] SelecetionMode节点和UserConfirm节点在后续的实施例中也是可以由用户或服务器确定是否需要存在,后面将不再赘述。 [0130] TABLE 9 [0131] SelecetionMode UserConfirm node and the node may also determine whether the presence of the user or by the server in a subsequent embodiment, the latter will be omitted.

[0132] 在本实施例中,终端中保存的触发条件和网络选择条件的方式可以包括: [0132] In the present embodiment, the trigger condition and the mode selection condition stored network terminal may include:

[0133] 服务器与终端建立设备管理会话(DM会话),向终端发送DM命令,该DM命令用于配置触发条件和网络选择条件。 [0133] The server and the terminal device to establish a session management (DM session), the terminal transmits the DM command, the DM command is used to configure the network trigger conditions and selection conditions. 以下用一个实例说明服务器设置的具体方法:首先服务器指示终端在管理树下创建NetworkList节点及其子节点,然后为各个子节点赋值。 The following method with a specific server provided examples illustrate: First, the server instructs the terminal to create NetworkList management node and its child node in the tree, and then assigned to each child node. 消息片 News sheet

段如下: To read as follows:

[0134] [0134]

Figure CN101374295BD00151

[0136] 这样,就实现了在终端配置触发条件和网络选择条件的过程,在以后服务器还可以对所配置的信息进行增加、删除或修改,具体是使用AdcUR印lace、Delete等DM命令对上述生成的管理树节点进行操作。 [0136] Thus, to achieve the process of triggering conditions and network selection criteria in the terminal configuration, the server may also increase the configured information is later, deleted or modified, in particular the use of AdcUR printed lace, Delete, etc. DM command above generating a management tree node to operate. 后续的实施例中,在终端配置触发条件和网络选择条件的过程与此类似,将不再赘述。 Subsequent embodiment, the terminal configuration and network selection condition triggers the process similar to this, it will be omitted.

[0137] 在终端中配置了触发条件和网络选择条件后,服务器可以允许终端对配置的信息进行修改,也可以禁止终端对配置的信息进行修改,具体操作可以如下: After the [0137] network and triggers the selection criteria arranged in the terminal, the server may allow the terminal to modify the configuration information, the terminal information may be prohibited to modify the configuration, the specific operation may be as follows:

[0138] 服务器在终端的管理树下创建一个用户允许修改(Allowusermodify)的节点(可视为服务器下发的修改命令),在该节点下添加true或false,若添加true,则表示服务器允许终端对配置的信息进行修改;若添加false,则表示服务器禁止终端对配置的信息进行修改。 [0138] In the server creates a user terminal management tree allows modification (Allowusermodify) node (may be considered to modify the command issued by the server), true or false is added at the node, if the addition true, the server allows the terminal modify the configuration information; added if false, then the server indicates prohibition information terminal configuration modification. [0139] 终端对配置信息的修改可以是通过外界用户向终端输入修改命令来实现的。 [0139] Terminal modification of the configuration information may be input modify command to achieve by the user to the external terminal.

[0140] 在本实施例中,单一地通过优先级来确定出的接入网络可能会出现网络质量较低(如:网络信息较差或业务质量较低)的情况,为了避免这些情况,使选择出的网络尽可能的优,则可以利用以下两种情况: [0140] In the present embodiment, univocally determined by the priority of the access network network quality may appear low (such as: poor or lower quality of service network information) of the case, to avoid such case, the selected as the preferred network, you can use the following two cases:

[0141 ] I、接入优先级最高的网络,若接入失败,则选择优先级为次高的网络作为接入网络,以此循环,直至选择出能够成功接入且优先级尽可能高的网络。 [0141] I, the highest priority access to the network, if the access fails, then the second highest priority is selected as a network access network, this cycle until the access can be successfully selected as high as possible and the priority The internet.

[0142] 2、首先以网络质量为查找依据来查找出达到要求的网络,从查找出的所述网络中选择优先级最高的网络作为接入网络。 [0142] 2, firstly as a lookup based on network quality to meet the requirements of the network to find out, the highest priority is selected as the network access network to find out from the network. 当然,也可以根据用户需要确定查找依据。 Of course, you can also find the need to determine the basis for the user.

[0143] 后续的实施例中,也同样可以以上述两种方式来最终端确定接入网络。 [0143] In the subsequent embodiment, too, the above two methods may be the most terminal determines that an access network.

[0144] 实施例一是以某种类型网络中网络ID优先级条件作为网络选择条件的,但是,在某些情况下,某些网络的ID无法预先设置到终端中。 [0144] One embodiment of the network in some type of priority conditions network ID as the network selection criteria, however, in some cases, some of the network ID is not provided to the terminal in advance. 例如,若用户终端中设置的是WCDMA 网络的网络ID,当某时刻只能搜索到WLAN网络时,由于WLAN网络的网络ID没有预先配置到终端中,因此无法在NetworkList节点中体现,此时仍然需要优选一种网络接入,则在网络选择条件中增加网络类型优先级条件。 For example, if the user terminal is set in the network ID WCDMA network, when a certain time to search only the WLAN network, the WLAN network because the network ID is not preconfigured into the terminal, and therefore can not be reflected in NetworkList node, this time is still preferably one need network access, network type priority is increased in conditions of network selection criteria.

[0145] 下面以实施例二为例,描述针对网络类型优先级和网络标识优先级的网络选择条件。 [0145] In the following an example according to the second embodiment, the selection criteria for the described network identification and network type priority priority network.

[0146] 如图7所示,为本发明实施例二中节点模型示意图,与实施例一相比,增加了网络类型优先级条件。 [0146] As shown in FIG. 7, a schematic model of the node Example II embodiment of the invention, as compared with an embodiment, an increase of the network type priority condition. 从图中可以看出,由Priority节点和NetworkPriority节点分别表示网络类型的优先级和某种网络类型中网络ID的优先级。 As can be seen from the figure, the node and NetworkPriority Priority indicates the priority of the node network, and some type of priority network type network ID, respectively.

[0147] 若分别存在WCDMA和WLAN两种网络类型,其优先级分别为O和1,即WCDMA的优先级高于WLAN,则从WCDMA网络中选择优先级最高的网络ID对应的网络作为待接入网络。 [0147] If there is WLAN and WCDMA two network types, respectively, which are higher than the priority of the priority WLAN O and 1, i.e. the WCDMA, WCDMA network from the highest priority corresponding to the network ID as the network to be connected the network.

[0148] 上述实施例一和实施例二都是无条件触发,以网络类型和/或网络ID优先级作为网络选择条件的。 [0148] The first embodiment and the second embodiment are unconditional trigger, the type of network and / or network ID as the network selection priority condition. 在本发明中实施例中,可以将一些设定的条件作为触发条件,利用触发条件和网络选择条件来确定需要接入的网络。 Embodiment, some of the conditions may be set as a trigger in the embodiment of the present invention, the access network needs to be determined using the network trigger conditions and selection conditions.

[0149] 如图8所示,为本发明实施例三中节点模型示意图,本实施例中,在终端管理树下设置了触发条件和网络选择条件的占位节点:SelectionTrigger,其子节点包括:CommonTrigger节点、参数触发节点ParamTrigger等。 [0149] As shown in FIG 8, a schematic model of three nodes in Examples of the present invention, the present embodiment is provided in the terminal management tree placeholder node triggers and network selection criteria: SelectionTrigger, its child nodes comprises: CommonTrigger node, the node ParamTrigger trigger parameters and so on. 这些子节点的占位节点可以根据用户的需要出现O次或I次。 These occupying the child node O can occur once or twice I according to the needs of users.

[0150] 该SelectionTrigger节点的描述如表10所示。 [0150] Description of the SelectionTrigger node as shown in Table 10.

[0151] [0151]

Figure CN101374295BD00161

[0152]表 10 [0152] TABLE 10

[0153] 在本实施例中,在SelectionTrigger节点下设置了CommonTrigger占位节点和ParamTrigger 占位节点。 [0153] In the present embodiment, it is provided at node SelectionTrigger CommonTrigger placeholder placeholder ParamTrigger nodes and nodes.

[0154] SelectionTrigger/CommonTrigger节点为通用触发占位节点,该节点下可以包含一个或一个以上的子节点来保存不同的触发条件,这些子节点之间的关系为“或”,即满足其中一个触发条件就触发网络选择条件。 [0154] SelectionTrigger / CommonTrigger placeholder node triggers a generic node, this node may contain one or more child nodes to hold a different trigger conditions, the relationship between the child node, "or", i.e. a trigger which meet the conditions to trigger the network selection criteria. [0155] CommonTrigger节点的描述如表11所示,其出现次数可以为O次或I次,但只要CommonTrigger节点出现,则至少存在一个子节点。 As described CommonTrigger node shown in Table 11 [0155], which may be a number of occurrences Ci O times or I, but as long as CommonTrigger node occurs, there is at least one child node.

[0156] [0156]

Figure CN101374295BD00171

[0157]表 11 [0157] Table 11

[0158] 在本实施例中,设定CommonTrigger节点下包含一个子节点CommonTrigger/〈x>,该子节点为某个通用触发条件的占位节点,该CommonTrigge;r/〈x>节点下包含了某个通用触发条件的信息。 [0158] In the present embodiment, the set contains a child node CommonTrigger / <x> under CommonTrigger node, the child node is a placeholder node common trigger conditions, the CommonTrigge; at r / <x> node contains General information a trigger condition. 该节点的描述如表12所示。 As described in the node shown in Table 12.

[0159] [0159]

Figure CN101374295BD00172

[0160]表 12 [0160] Table 12

[0161] 该CommonTrigger/〈x>占位节点下可以包含了4个子节点,分别为:通用触发条件名称节点(CTType)、通用触发条件阈值节点(CTValue)、满足阈值时待切换的网络类型占位节点(NetworkType)和满足阈值时待切换的特定网络ID的占位节点(NetworkID)。 [0161] The CommonTrigger / <x> the placeholder node may contain four child nodes, respectively: General trigger condition name node (CTType), universal trigger condition threshold node (CTValue), network type to be switched threshold is met accounted bit node (NetworkType) placeholder node-specific and network ID to be switched threshold is met (NetworkID).

[0162] SelectionTrigger/CommonTrigger/<x>/CTType 节点表示通用触发条件的名称,包括但不限于:业务名称触发(ServiceTrigger)或位置触发(LocationTrigger)。 [0162] SelectionTrigger / CommonTrigger / <x> / CTType common node name indicates trigger condition, including but not limited to: business name trigger (ServiceTrigger) or the position of the trigger (LocationTrigger). 该通用触发条件的名称可以根据用户的需要进行扩展。 The name of the common trigger conditions can be expanded according to the needs of users. 该CTType节点的描述如表13所示。 Description of the CTType node as shown in Table 13.

[0163] [0163]

Figure CN101374295BD00173

[0164]表 13 [0164] TABLE 13

[0165] SelectionTrigger/CommonTrigger/<x>/CTValue 节点表示通用触发条件的阈值,其值根据CTType节点中的内容不同而相应变化。 [0165] SelectionTrigger / CommonTrigger / <x> / CTValue common node represents the threshold value trigger condition, the value depending on the contents of the corresponding node CTType change. 例如,当CTType中为ServiceTrigger时,CTValue中为一个特定业务的名称,如一键通业务PoC(Push to talk over Cellular,PoC)。 For example, when CTType as ServiceTrigger, CTValue for a specific service name, such as a Push to Talk PoC (Push to talk over Cellular, PoC). 当用户启动次PoC业务时,还需要进一步判断当前终端是否已经接入执行PcC业务时设定的网络中。 When a user starts the PoC service times, need to be further determined whether the current terminal set when the access has been performed PcC service network. 若PoC业务需要接入高带宽的WCDMA网络,且目前接入的是GSM网络,则满足触发条件,需要利用网络选择条件进行切换。 If the PoC service required high bandwidth access WCDMA network, and the current access is a GSM network, the trigger condition is satisfied, the conditions need to use the network selection switch. 再例如,当CTType中为LocationTrigger时,设置的通用触发条件为:当用户在家时接入WLAN网络,则当利用经纬度或其他方式确定用户在家时,切换至WLAN网络。 For another example, when CTType for LocationTrigger, common trigger conditions are as follows: When the access WLAN network user is at home, the user is at home when it is determined by using latitude and longitude, or otherwise, switching to the WLAN network.

[0166] CTValue节点的描述如表14所示。 Description [0166] CTValue node as shown in Table 14.

[0167] [0167]

Figure CN101374295BD00181

[0168] 表14 [0168] TABLE 14

[0169] SelectionTrigger/CommonTrigger/<x>/NetworkType 节点下包含一个或一个以上的子节点,每一个子节点表示待切换的网络类型。 [0169] SelectionTrigger / CommonTrigger / <x> contains one or more than one child nodes / NetworkType nodes, each child node represents the type of network to be switched. 该NetworkType节点出现的次数为O次或I次,只要该节点出现,则存在至少一个该节点的子节点。 The NetworkType node number appearing times is O or I times as long as the node appears, at least one child node of the node is present.

[0170] 该NetworkType节点的描述如表15所示。 [0170] Description of the NetworkType node as shown in Table 15.

[0171] ___ [0171] ___

Figure CN101374295BD00182

[0172]表 15 [0172] TABLE 15

[0173]在 SelectionTrigger/CommonTrigger/〈x>/NetworkType 节点下包含的子节点为〈X〉,该〈X〉节点指示一个待切换的网络类型,当满足通用触发条件时,切换到此〈X〉节点指示的网络类型中。 [0173] included in the child node SelectionTrigger / CommonTrigger / <x> / NetworkType node <X>, the <X> a node indicating network type to be switched, when a general purpose trigger condition is met, switching to this <X> network node type indicated. 例如,若通用触发条件为:执行PoC业务时需要切换到WCDMA,则设置CTType 节点值为ServiceTrigger, CTValue 节点值为PoC, NetworkType/<x> 节点值为WCDMA。 For example, if the trigger condition is general: when the need to switch to perform the PoC service WCDMA, the node value is set CTType ServiceTrigger, CTValue node is PoC, NetworkType / <x> node is WCDMA. 若NetworkType下有多个<x>子节点的存在,则可以按照实施例二中的网络类型优先级的方式进行网络选择。 There exists a plurality <x> child node if the NetworkType, the network can be selected according to two embodiments of a network type priority manner.

[0174] 该<x>子节点的描述如表16所示。 As shown in [0174] Description of the <x> child nodes as shown in Table 16.

[0175] [0175]

Figure CN101374295BD00183

[0176]表 16 [0176] Table 16

[0177] SelectionTrigger/CommonTrigger/<x>/NetworkID 节点下包含一个或一个以上的子节点,每一个子节点表示待切换的特定网络ID。 [0177] SelectionTrigger / CommonTrigger / <x> contains one or more than one child nodes / NetworkID nodes, each child node represents a particular network ID to be switched. 该NetworkID节点出现的次数为O次或I次,其描述如表17所示。 The NetworkID node number appearing times is O or I th, which is described as shown in Table 17.

[0178] [0178]

Figure CN101374295BD00184

[0179]表 17 [0179] Table 17

[0180] SelectionTrigger/CommonTrigger/<x>/NetworkID 节点下包含的子节点为〈x>,在满足通用触发条件的阈值时,需要将网络切换至该<x>节点指定的特定网络ID对应的网络。 Child node contained in [0180] SelectionTrigger / CommonTrigger / <x> / NetworkID node next to <x>, the threshold is met common triggering condition, networks must be switched to the <x> node specifies a particular network ID corresponding to the network . 例如,若通用触发条件为:执行PoC业务时,要求切换到GSM网络中ID为ABC对应的网络中,则节点设置为=CTType节点值为ServiceTrigger, CTValue节点值为PoC,NetworkID/〈x>节点值为ABC。 For example, if the trigger condition is general: PoC service execution request to switch to a GSM network ID corresponding to the network ABC, the node is set to node = CTType ServiceTrigger, CTValue node is PoC, NetworkID / <x> node is ABC. 若NetworkID下有多个<x>子节点的存在,则可以按照实施例一中的特定网络ID的优先级的方式进行网络选择。 There exists a plurality <x> child node, the network can be selected according to priority class specific network ID in the first embodiment, if NetworkID.

[0181] 以业务名称触发为例,当终端执行这个业务触发条件中设定的业务时,则表示达到CTValue节点中设定的阈值,从NetworkType中选择优先级最高的网络作为待接入网络,或从执行该业务时接入的网络类型中选择优先级最高的网络标识对应的网络作为接入的网络。 [0181] In the business name triggering an example, when the terminal performs service triggering condition is set in this business, it indicates CTValue node reaches the threshold set, the highest priority is selected as the network to be accessed from the NetworkType network, or select the highest priority network as a network identifier corresponding to the network access from the access network type when executing the business.

[0182] 在本实施例中,除了上述的设置通用触发条件的方法,还可以针对具体的触发类型来定义节点的结构。 [0182] In the present embodiment, in addition to the above-described method of setting common trigger conditions may also be defined for a particular structure of the node trigger type. 以ServiceTrigger触发类型为例,可以在SelectionTrigger节点下设置ServiceTrigger占位节点,如图9所示,该占位节点下包含一个或一个以上的子节点,用来指示触发条件和当满足触发条件后需要接入的网络。 In ServiceTrigger trigger type, for example, may be provided at node ServiceTrigger SelectionTrigger placeholder node, 9, occupying the next node contains one or more child nodes, for indicating when the trigger condition and the trigger condition is satisfied needs network access.

[0183] 在SelectionTrigger节点下设置的占位节点个数可以为多个,如设置ServiceTrigger 占位节点和LocationTrigger 占位节点。 [0183] The number of nodes occupying SelectionTrigger disposed at a plurality of nodes may be, as provided ServiceTrigger placeholder placeholder node and the node LocationTrigger.

[0184] 这两种设置通用触发条件的方法都是可行的,但直接设置CommonTrigger占位节点的方式的可扩展性更好一些。 [0184] General methods provided two trigger conditions are possible, but can be extended directly CommonTrigger placeholder node of better way.

[0185] 除了CommonTrigger占位节点之外,还在终端管理树下增加了ParamTrigger占位节点。 [0185] In addition CommonTrigger placeholder node, the terminal management tree is also increased ParamTrigger placeholder node.

[0186] SelectionTrigger/ParamTrigger节点是参数触发占位节点,其可以包含一个或一个以上的子节点来保存不同的触发条件,这些子节点之间为“或”的关系,即满足其中一个条件就根据网络选择条件确定接入的网络。 [0186] SelectionTrigger / ParamTrigger node is a placeholder node triggers parameter, which may comprise one or more than one child to hold different trigger conditions, among these sub-nodes "or" relationship, one of the conditions is met according to network selection condition determined network access.

[0187] ParamTrigger节点的描述如表18所示,若该ParamTrigger节点出现,则至少存在一个子节点。 Description [0187] ParamTrigger node as shown in Table 18, if the node ParamTrigger occurs, there is at least one child node.

[0188] [0188]

Figure CN101374295BD00191

[0189]表 18 [0189] Table 18

[0190] 在本实施例中,设定ParamTrigger节点下包含一个子节点<x>,该SelectionTrigger/ParamTrigger/<x>节点是某个特定参数触发条件的占位节点,该节点下包含多个子节点,用来表示某个参数触发条件信息。 [0190] In the present embodiment, the set contains a child node ParamTrigger node <x>, the SelectionTrigger / ParamTrigger / <x> node is a placeholder node triggers a particular parameter, comprising a plurality of child nodes of the node , used to indicate a trigger condition parameter information. 该节点的描述如表19所示。 As described in the node shown in Table 19.

[0191] [0191]

Figure CN101374295BD00192

[0192]表 19 [0192] Table 19

[0193] 该SelectionTrigger/ParamTrigger/〈x>节点下可以包含三个子节点,分别为:参数的名称(ParaName)、参数的阈值(ParamThredhold)和应用的网络类型(NetworkType)。 [0193] The SelectionTrigger / ParamTrigger / <x> at node may comprise three sub-nodes, namely: network type (NetworkType) the name of the parameter (ParaName), the threshold parameter (ParamThredhold) and applications.

[0194] SelectionTrigger/ParamTrigger/<x>/ParaName 节点表不某个特定参数的名称,包括但不限于:信号强度、带宽、时延、丢包率、阻塞率、IP连通率(IPConnectivity)、QoS和呈现信息(Presence)等。 [0194] SelectionTrigger / ParamTrigger / <x> / ParaName node table is not the name of a particular parameter, including but not limited to: signal strength, bandwidth, delay, packet loss rate, blocking probability, the IP communication rate (IPConnectivity), QoS and presenting information (Presence) and so on. 该节点的描述如表20所示。 The node as described in Table 20 below. [0195] [0195]

Figure CN101374295BD00201

[0196]表 20 [0196] TABLE 20

[0197] SelectionTrigger/ParamTrigger/<x>/ParamThredhoId 节点表不某个特定参数的阈值,该阈值可以为具体的数值、表达式或脚本文件等。 [0197] SelectionTrigger / ParamTrigger / <x> / ParamThredhoId node table is not a particular parameter threshold, the threshold may be a specific numerical value, expression or script file and the like. 通过设置阈值,可以避免网络的中断,当网络状态较差时,可以接入其他网络状态较好的网络中。 By setting a threshold value, to avoid interruption of the network, when the network state is poor, a better state of the network can access other networks.

[0198] 例如,若参数的名称为信号强度,则该阈值的表达可以是:以db为单位的数值、以百分比表示的丢包率、以高、中、低或表达式表示的QoS、用户呈现信息(如用户在飞机上、在会议室等)。 [0198] For example, if the name of the parameter is the signal intensity, the expression of the threshold may be: values ​​of db units, expressed as a percentage of packet loss rate, high, medium, low or expression represented by the QoS, the user presenting information (such as user on an airplane, in the conference room, etc.).

[0199] ParamThredhold节点的描述如表21所示。 Description [0199] ParamThredhold node as shown in Table 21.

[0200] [0200]

Figure CN101374295BD00202

[0201]表 21 [0201] Table 21

[0202] SelectionTrigger/ParamTrigger/<x>/NetworkType 节点表不低于阈值时,即触发条件满足时,终端要接入的网络类型,该节点下可以包含多个子节点,来表示不同的网络 [0202] SelectionTrigger / ParamTrigger / <x> / NetworkType node table is not below the threshold, i.e., when the trigger condition is met, the type of the terminal to the access network, this node may comprise a plurality of child nodes to represent different network

类型信息。 Type information.

[0203] 由于不同网络对于同一种参数类型衡量的单位不同,因此NetworkType节点可以根据不同的网络提供不同的参数和参数的阈值。 [0203] Depending on the network for different units of measure the same parameter types, thus NetworkType node may provide different parameters and threshold parameters according to the different networks. 若此节点不存在,则默认设定的参数和参数的阈值适用于所有网络。 If this node does not exist, the default parameters and the parameters set in the threshold value applies to all networks. 则可以根据实施例二中的方式来确定接入网络。 Access network may be determined in accordance with the embodiment according to the second embodiment.

[0204] 该NetworkType节点的描述如表22所示。 [0204] Description of the NetworkType node as shown in Table 22.

[0205] [0205]

Figure CN101374295BD00203

[0206]表 22 [0206] Table 22

[0207] 在上述描述中,参数触发方式中,是在SelectionTrigger节点下设置了ParamTrigger占位节点来实现的,除了这种方式之外,还可以有其他的参数触发方式。 [0207] In the above description, the trigger parameter, the node is provided at SelectionTrigger ParamTrigger placeholder node to achieve, in addition to this manner, there may also trigger other parameters.

[0208] 如图10所示,以信号强度作为参数条件触发为例,可以在SelectionTrigger节点下设置信号强度触发(SingalTrigger)占位节点,该节点可以包括多个子节点来保存不同的触发条件,只要满足子节点中的触发条件中的一个,即触发网络选择条件。 [0208] As shown in FIG 10, the trigger condition signal strength as an argument, for example, strength of the trigger signal can be provided (SingalTrigger) SelectionTrigger placeholder node in the node, the node may comprise a plurality of sub-nodes to store the different triggering conditions, as long as satisfying a trigger condition in the child nodes, i.e., trigger the network selection criteria. 该SingalTrigger节点的描述如表23所示。 Description of the SingalTrigger node shown in Table 23.

[0209] [0209]

Figure CN101374295BD00211

[0210]表 23 [0210] Table 23

[0211] 此处,可以在SingalTrigger节点下设置网络类型(NetworkType)子节点和信息阈值(MinimumSignal)子节点。 [0211] Here, the network type may be provided (NetworkType) child node and the threshold information (MinimumSignal) SingalTrigger child nodes at the node.

[0212] NetworkType子节点的定义与上述的CommonTrigger节点类似,即某个特定网络类型对应的网络中,当信号强度低于MinimumSignal子节点中的阈值时,触发网络选择条件,具体的选择过程可以根据网络类型和/或网络ID的优先级来确定。 [0212] defined above NetworkType child nodes of node CommonTrigger similar, i.e. a specific type of network corresponding to the network, when the signal strength is below a threshold MinimumSignal child node, trigger the network selection criteria, the selection process according to the specific priority network type and / or to determine the network ID. 可以将图10 中的节点示意图简化设计为图11所示的节点结构示意图,即只要当前的网络信号低于MinimumSignal子节点中的阈值时,触发网络选择条件。 In FIG 10 nodes can be simplified schematic design shown in FIG. 11 is a schematic structure of a node, i.e., as long as the current network is below a threshold signal MinimumSignal child node, trigger the network selection criteria.

[0213] 如图12所示,为本发明实施例三中方法步骤流程示意图,从图中可以看出该方法包括以下步骤: [0213] 12, a schematic view of the process steps of the present method of Example III invention, can be seen from the figure the method comprising the steps of:

[0214] 步骤1201 :对终端的当前状态和当前接入网络的状态进行实时监控。 [0214] Step 1201: the current state of the current state of the access terminal and the network real-time monitoring.

[0215] 步骤1202 :当监控结果为满足触发条件时,判断该触发条件是否是通用触发条件,若是,则进入步骤1203,否则进入步骤1208。 [0215] Step 1202: When the monitoring results for the trigger conditions are met, to determine whether the trigger condition is a common trigger condition, and if so, advances to step 1203, otherwise to step 1208.

[0216] 步骤1203 :终端确定CTType。 [0216] Step 1203: the terminal determines CTType.

[0217] 步骤1204 :终端确定CTType对应的网络选择条件。 [0217] Step 1204: the terminal determines the network selection condition corresponding CTType.

[0218] 步骤1205 :判断终端当前状态的值与CTValue阈值的关系是否满足触发条件的要求,若满足则进入步骤1206,否则进入步骤1207。 [0218] Step 1205: the relationship between the threshold value and CTValue determine the current state of the terminal meets the requirements of the trigger condition, if yes the process proceeds to step 1206, otherwise to step 1207.

[0219] 例如,若CTType为ServiceTrigger, CTValue为PoC,执行PoC业务要求接入到WCDMA网络,则当执行PoC业务时且当前状态为GSM时,满足了触发条件,需要切换;当前状态为WCDMA时,表示不满足触发条件,不需要切换。 [0219] For example, if CTType is ServiceTrigger, CTValue WCDMA access to PoC network, the PoC service execution request is performed when the PoC service and when the current state is the GSM, the trigger condition is satisfied, to be switched; when the current state is the WCDMA It indicates the trigger condition is not met, no need to switch.

[0220] 步骤1206 :终端根据网络选择条件进行网络选择和切换。 [0220] Step 1206: the terminal and the switching network selection according to the network selection criteria.

[0221] 步骤1207 :终端不进行网络切换。 [0221] Step 1207: the terminal does not perform the switching network.

[0222] 若与实施例一或实施例二的方案结合,则此时可以根据优先级判断是否需要切换。 [0222] When a connection with the embodiment or scheme according to the second embodiment, the case can be switched depending on whether the priority is determined.

[0223]步骤 1208 :终端确定ParaName。 [0223] Step 1208: the terminal determines ParaName.

[0224] 步骤1209 :终端确定ParaName对应的网络选择条件。 [0224] Step 1209: the terminal determines the network selection condition corresponding ParaName.

[0225] 步骤1210 :判断终端当前状态的值与ParamThredhold阈值的关系是否满足触发条件的要求,若满足则进入步骤1206,否则进入步骤1207。 [0225] Step 1210: the relationship between the threshold value and ParamThredhold determine the current state of the terminal meets the requirements of the trigger condition, if yes the process proceeds to step 1206, otherwise to step 1207.

[0226] 实施例一、二和三都是在终端中设置了触发条件和网络选择条件,还可以将服务器触发作为触发条件,由服务器确定选择的网络。 [0226] Example I, II and III are set trigger conditions and network selection criteria in the terminal, the server may also trigger as the trigger condition is determined by the selected network server.

[0227] 在实施例四中,是服务器发送包含触发条件和网络选择条件的DM命令,该DM命令可以看作是对终端的触发。 [0227] In the fourth embodiment, the server sends a DM command and a trigger condition comprising a network selection criteria, the DM command can be seen as a trigger to the terminal.

[0228] 如图13所示,在终端管理树下设置操作(Operations)占位节点,其子节点为可执行节点,用于执行服务器指定的操作,该Operations节点的描述如表24所示。 [0228] As shown, provided in the terminal management tree operation (Operations) placeholder node, the child node which is an executable node, for performing operations specified by the server, as described in the Operations node 24 shown in Table 13.

[0229] [0229]

Figure CN101374295BD00221

[0230]表 24 [0230] Table 24

[0231] 该Operations节点下包含网络切换(SwitchNetwork)节点和用于后续功能扩展的节点(Ext)节点。 [0231] Operations at the network switching node comprising (SwitchNetwork) node and a subsequent node function expansion (the Ext) node. 其中,SwitchNetwork节点用于执行服务器下发的网络切换操作,将终端切换至某一特定的网络。 Wherein, SwitchNetwork delivered by the node for performing handover operation network server to switch to a particular network terminal. 该SwitchNetwork节点的描述如表25所示。 Description of the SwitchNetwork node shown in Table 25.

[0232] [0232]

Figure CN101374295BD00222

[0233]表 25 [0233] Table 25

[0234] 该选择切换的网络方式可以与前述相似,即在SwitchNetwork节点下设置NetworkType子节点和NetworkID子节点。 [0234] The mode selection switching network may be similar to the previous, i.e. provided NetworkType child node and the child node in SwitchNetwork NetworkID node.

[0235] Operations/SwitchNetwork/NetworkType子节点指明要求切换到的网络类型,月艮务器可通过此节点指明目的网络的类型。 [0235] Operations / SwitchNetwork / NetworkType child node indicating handover to a required type of network, that works to months may be of the type specified by the destination network node. 该节点的描述如表26所示。 It describes the node as shown in Table 26.

[0236] [0236]

Figure CN101374295BD00223

[0238]表 26 [0238] Table 26

[0239] Operations/SwitchNetwork/NetworkType 子节点某种网络的ID,服务器可通过此节点指明目的网络的ID。 [0239] Operations / SwitchNetwork / NetworkType child node of some kind of network ID, the server ID specified by the destination network node. 该节点的描述如表27所示。 As described in the node shown in Table 27.

[0240] [0240]

Figure CN101374295BD00224

[0241]表 27 [0241] Table 27

[0242] 在SwitchNetwok节点下设置NetworkType子节点和NetworkID予节点不是必须的,服务器可以在下发的Exec命令中的数据〈Data〉节点中给出网络切换的参数即可。 [0242] provided NetworkType NetworkID child node and the node to the node at SwitchNetwok not necessary, the data server can Exec command in the sent <Data> node network switching parameters can be given.

[0243] 在本发明实施例中,可以默认触发条件为无条件触发,若服务器指明了终端需要切换到的网络类型,则网络选择条件为所述网络类型中优先级最高的网络标识对应的网络;若服务器指明了终端需要切换到的网络标识,则网络选择条件为将所述网络标识对应的网络视为优先级最高的网络。 [0243] In an embodiment of the present invention, a default trigger can be a trigger condition is unconditional, the server if the terminal needs to switch to indicate the network type, the network selection criteria for the type of the network with the highest priority network identifier corresponding to the network; If the server specifies a terminal needs to switch to a network identification, the network selection criteria considered the highest priority network to the network corresponding to the network identifier.

[0244] 替代NetworkType子节点的操作可以根据如下程序实现: [0244] Alternatively NetworkType operation child nodes may be implemented according to the following procedure:

[0245] [0245]

Figure CN101374295BD00231

[0246] 若是替代NetworkID子节点的操作,则将Data子节点程序修改为: [0246] If the alternative operation NetworkID child nodes, then the Data sub-node is modified:

[0247] <Data>-NetworkID ABC</Data>< !—网络选择条件为网络ID,待接入的网络为ABC对应的网络一> [0247] <Data> -NetworkID ABC </ Data> <-! Network selection criteria for the network ID, to be for network access a corresponding network ABC>

[0248] 在实施例一中对网络选择模式进行了描述,在本实施例中,可以利用服务器下发命令确定网络选择模式。 [0248] In the network selection mode has been described in the first embodiment, in the present embodiment, the mode of network selection may be determined using the command issued server. 例如在Operations节点下添加启动自动网络选择(EnableAutoSelection)节点、关闭自动网络选择(DisableAutoSelection)节点、启动手动网络选择(EnableManualSelection)节点和关闭手动网络选择(EnableManualSelection)节点,如图14所示。 Operations such as adding a start node in automatic network selection (EnableAutoSelection) node, turn off the automatic network selection (DisableAutoSelection) node, start a manual network selection (EnableManualSelection) node and closing manual network selection (EnableManualSelection) node, as shown in FIG. 服务器向终端下发Exec命令来选择相应的操作节点执行启动或关闭的业务。 Server node selects a corresponding operation performed to enable or disable the service terminal Exec command issued.

[0249] 本实施例四中,服务器控制终端执行业务的步骤流程示意图如15所示,该步骤包括: [0249] Fourth embodiment of the present embodiment, the server terminal performs service control step 15 shown as a schematic flow chart, the steps comprising:

[0250] 步骤1501 :终端接收服务器下发的DM命令,该命令用以配置触发条件和网络选择条件。 [0250] Step 1501: The issued server terminal receives a DM command, the command to configure the network trigger conditions and selection conditions.

[0251] 步骤1502 :终端根据所述DM命令在管理树下创建管理节点。 [0251] Step 1502: The terminal creates management node to the DM command in the management tree.

[0252] 步骤1503 :终端根据所述触发条件实时进行监控。 [0252] Step 1503: The terminal monitors in real time the trigger condition.

[0253] 步骤1504 :当满足触发条件满足时,终端根据所述网络选择条件进行网络切换。 [0253] Step 1504: When the trigger condition is met is met, the switching network terminal according to the network selection criteria.

[0254] 当切换完成后,终端可以向服务器上报切换结果,此时网络选择过程结束。 [0254] When the handover is completed, the terminal may report the result to the switch server, and the network selection process ends.

[0255] 当然,若服务器要求一直进行监控,则终端将重复执行步骤1503和步骤1504。 [0255] Of course, if the server has been required to monitor, the terminal repeatedly performs step 1503 and step 1504.

[0256] 实施例一、二、三或四中的选择接入网络的方法可以任意结合使用,即其中任意一个或多个都是本发明实施例中的选择接入网络的方法。 [0256] Example embodiments one, two, three or four of the access network selection method may be used in combination of any, or in which any one of an access network selection method in the embodiment of the present invention is a plurality.

[0257] 将实施例一、二、三和四结合作为本发明实施例五,该实施例五与实施例三关于设置触发条件和网络选择条件不同,没有在终端管理树下添加SelectionTrigger节点,而是添加了触发器脚本(SelectionScript)节点,如图16所示。 [0257] Examples I, II, III and IV of the present invention as incorporated according to the fifth embodiment, according to a fifth embodiment of the third embodiment regarding network selection trigger condition and different conditions, without added SelectionTrigger terminal management tree nodes, and adding a trigger script (SelectionScript) node, as shown in Figure 16. 该SelectionScript节点的描述如表28所示。 The node as described SelectionScript shown in Table 28. [0258] [0258]

Figure CN101374295BD00241

[0259] [0259]

[0260]表 28 [0260] Table 28

[0261] SelectionScript节点中包含了可扩展标记语言(XML)文档片断,该文档片断中携带了触发条件和对应的网络选择条件,其格式为终端和服务器事先约定的。 [0261] SelectionScript node contains Extensible Markup Language (XML) document fragment, the fragment carrying the document triggering conditions and corresponding network selection criteria, the format of the terminal and the server prior agreement. XML文档片断携带触发条件和对应的网络选择条件可以通过下面的程序实现。 XML document fragment carrying the trigger conditions and the corresponding network selection conditions can be achieved by the following procedure.

[0262] [0262]

Figure CN101374295BD00242

[0263] 上述程序表示当满足〈Condition〉中的〈ServiceName〉条件时,即PoC业务启动时,则执行〈Action〉中的切换动作,将网络接入到WCDMA网络中。 [0263] When satisfying the above-described procedure represents <Condition> in <ServiceName> the condition, i.e., when starting the PoC service is executed <Action> In the switching operation, network access to a WCDMA network.

[0264] XML文档片断中可以包含〈ruleset〉元素,该〈ruleset〉元素中包含多个〈rule〉元素,而每个〈rule〉元素中又包含〈Condition〉和〈Action〉元素。 [0264] XML document fragment can contain <ruleset> element, the <ruleset> element contains multiple <rule> elements, and each <rule> element in turn contains <Condition> and <Action> element.

[0265] 〈Condition〉元素可以包括但不限于以下几种元素: [0265] <Condition> element may include, but are not limited to, the following elements:

[0266] l、〈Services>元素,该〈Services〉元素包含多个〈service〉子元素,该子元素中的实体(entity)属性可以表示业务名称。 [0266] l, <Services> element, the <Services> element contains a plurality of <service> child element, the child element entities (Entity) may represent business name attribute.

[0267] 2、<any-service>元素,该元素可以应用于所有的业务,其包含零至多个〈except〉子元素,该〈except〉子元素中的entity属性表示被排除的业务名称。 [0267] 2, <any-service> element, the element can be applied to all operations, comprising a plurality of zero to <except> child element of the <except> child element is represented traffic entity attribute names are excluded.

[0268] 3、〈Locations>元素,可以包含多个〈Location〉子元素,该子元素中的entity属性表示位置名称。 [0268] 3, <Locations> element, may comprise a plurality of <Location> child element, entity attributes of the sub-element indicates the name of the location.

[0269] 4、<any-Location>元素,该元素可以应用于所有的业务,其包含零至多个〈except〉子元素,该〈except〉子元素中的entity属性表示被排除的位置。 [0269] 4, <any-Location> element, the element can be applied to all operations, comprising a plurality of zero to <except> child element of the <except> child element indicates the position of the entity attribute excluded.

[0270] 5、〈MinimumSignal>元素,该元素表示最低信号最低值,当前信号低于该值时需要进行网络切换。 [0270] 5, <MinimumSignal> element, which represents the lowest minimum value signal, the current signal is below this value needs to be switched network.

[0271] 上述元素之间设定的条件之间为“或”的关系,即满足其中一个则执行Action中的网络切换动作。 [0271] As "or" relationship, i.e. to meet one of the network Action switching operation is performed between the conditions set between the above elements.

[0272] 〈Action〉元素可以包括但不限于以下几种元素: [0272] <Action> element may include, but are not limited to, the following elements:

[0273] I、〈NetworkType〉元素,表示需要切换的目标网络类型。 [0273] I, <NetworkType> element indicates the type of the target network to be switched.

[0274] 2、<NetworkID>元素,表示需要切换的目标网络标识。 [0274] 2, <NetworkID> element indicates a target network identifier to be switched. [0275] 3、〈Connectivity〉元素,表示目的网络的连接参数配置ConnMO的地址和标识。 [0275] 3, <Connectivity> element represents a configuration of a network connection parameter object ConnMO address and identification.

[0276] 若〈Action〉元素中不包含子元素,则表示对目标网络不做限制,可以根据优先级来确定接入的网络。 [0276] When <Action> element does not include child elements, indicates no limitation on the target network, the access network may be determined according to the priority.

[0277] 如图17所示,为本发明实施例六中节点模型示意图,本实施例是将实施例一、二和三结合,设定通用触发为位置触发,网络选择模式为自动选择。 [0277] As shown in FIG. 17, the node model schematic Sixth embodiment of the present invention, an embodiment is an embodiment, two and three combinations of the present embodiment, the trigger is set for the general position of the trigger, the network selection mode is automatically selected. 当用户在家时,终端接入SSID为HomeWlan的WLAN网络,使用WEP安全机制;当用户在公司时,终端接入SSID为Officefflan的WLAN网络,其他情况下对于终端接入的网络没有限制。 When the user is at home, the access terminal is HomeWlan WLAN network SSID, the WEP security mechanism; when the user is a company, the access terminal is Officefflan SSID WLAN network, the access terminal is no limitation to the network in other cases. 在本实施例中,用户的位置可以根据经纬度来确定,所谓的在家或在公司也可以看作是在不同的经纬度条件下接入不同的网络。 In the present embodiment, the user's location may be determined in accordance with latitude and longitude, the so-called home or a company can also be seen in the different access networks in different conditions of latitude and longitude.

[0278] 从图17中可以看出,在NetworkList节点下保存了三种待选网络: [0278] As can be seen from FIG. 17, three candidate stored in the network node NetworkList:

[0279] I、ID为HomeWlan的WLAN网络,优先级为I,对应的连接参数MO标识为wlanl。 [0279] I, ID of HomeWlan WLAN network, priority I, the corresponding connection parameter MO identified as wlanl. [0280] 2、ID为OfficeWlan的WLAN网络,优先级为2,对应的连接参数MO标识为wlan2。 [0280] 2, ID of OfficeWlan WLAN network, priority 2, the corresponding connection parameter MO identified as wlan2.

[0281] 3、ID为ABC的WCDMA网络,优先级为0,对应的连接参数MO标识为3gppcsl和3gpppslο [0281] 3, ID of ABC WCDMA networks, the priority is 0, the corresponding connection parameter MO identified as 3gppcsl and 3gpppslο

[0282] 在CommonTrigger节点下设置的两个子节点,表示两个触发条件: [0282] two sub-nodes arranged at CommonTrigger node represents two trigger conditions:

[0283] Tl :当用户在家时,接入ID为HomeWlan对应的网络中。 [0283] Tl: when the user is at home, access ID corresponding to HomeWlan network.

[0284] T2 :当用户在公司时,接入ID为OfficeWlan对应的网络中。 [0284] T2: when the user is a company, the access ID corresponding to OfficeWlan network.

[0285] 本实施例的工作流程如下: [0285] Workflow present embodiment is as follows:

[0286] I、终端实时监控当前的位置,判断是否在家或在公司。 [0286] I, terminal real-time monitoring current location, to determine whether at home or in the company.

[0287] 2、当判断出此时在家时,利用WEP安全机制,自动接入ID为HomeWlan对应的WLAN网络中。 [0287] 2, if it is determined that this time at home, using a WEP security, automatic access to the WLAN network ID corresponding HomeWlan.

[0288] 3、当判断出此时在公司时,利用802. Ix安全机制,自动接入ID为OfficeWlan对应的WLAN网络中。 [0288] 3, when it is determined in this case when the company using the 802. Ix security mechanisms, the access ID is automatically OfficeWlan corresponding WLAN network.

[0289] 4、当前状态既不在家也不在公司时,则对网络接入没有限制。 [0289] 4, the current state is neither at home nor the company, there is no limit network access.

[0290] 此时也可以根据实施例一或实施例二中的优先级条件选择接入网络。 [0290] At this time, the access network may be selected according to a priority condition or embodiment of the second embodiment.

[0291] 若实施例六与实施例四相结合,则服务器下发DM命令,指示终端中的SwitchNetwork节点的NetworkType子节点中设置待切换的目的网络的类型,和/或在NetworkID子节点中设置待切换的目的网络标识。 [0291] When Example sixty-four combined with the embodiment, messages DM command at the server, the type to be switched to the destination network NetworkType child node SwitchNetwork node indicating terminal is provided, and / or disposed NetworkID subnode be switched network identification purposes. 然后,服务器向终端中的SwitchNetwork可执行节点下发Exec命令,要求终端接入到已设置的目的网络中,则终端执行该切换操作。 Then, the terminal server executable Exec command issued SwitchNetwork node, an access request terminal that has been set to the destination network, the terminal performs the handover operation.

[0292] 若终端中的SwitchNetwork节点下没有子节点,则服务器可以在下发的Exec命令的〈Data〉节点给出网络切换参数,即待切换的目的网络类型或标识。 [0292] If no child nodes under node terminal SwitchNetwork, <Data> node Exec command the server may send the next handover parameter given network, i.e. to be switched network type or identification purposes. 如下述程序所示: As shown in the following procedure:

[0293] [0293]

Figure CN101374295BD00261

[0294] 若网络切换参数为网络标识,则将〈Data〉中的程序修改为: [0294] If the network handover parameter for the network identification procedure, then the <Data> may be modified to:

[0295] <Data>-NetworkID ABC</Data>< !-网络选择条件为网络ID,目的网络为ABC—> [0295] <Data> -NetworkID ABC </ Data> <-! Network selection criteria for the network ID, the destination network for the ABC->

[0296] 若本发明实施例四、五与实施例六结合,则可以根据下述程序实现。 [0296] When the embodiment of the invention four, five and six in conjunction Example, can be achieved according to the following procedure.

[0297] [0297]

Figure CN101374295BD00271
Figure CN101374295BD00281

[0299] 对于本发明实施例一、二、三、四、五或六中所描述的网络选择过程,在终端确定要接入的网络并切换至该网络后,可以上报切换结果给服务器,上报方法包括但不限于:终端在切换后向服务器发送提醒(Alert)消息,在Alert消息的项目/数据(Item/Data)元素节点中携带切换后网络的网络类型和/或网络标识,如果需要同时上报网络类型和网络标识,则可以以间隔符(如空格、分号等)隔开,或者用xml表示。 [0299] For the embodiment of the present invention, one, two, three, four, five or network selection process described six, after the terminal is determined to be the access network and switching to the network, the results can be reported to a server switch, report including but not limited to: the terminal sending a reminder after the handover to the server (alert) message carrying a switching network type of the network and / or network identification project alert message / data (item / data) element node, if necessary at the same time reporting network type and network ID, the spacer may be characters (such as space, semicolon) apart, or represented by the xml. 为了利用Alert消息实现切换结果的上报,需要扩展一个Alert消息类型(Alert Type),这个Alert Type可以定义为:org. openmobilealliance. NetworkSelection. NetworkSwitch0 In order to achieve the results reported by switching Alert message, a need to extend Alert message type (the Type Alert), the Type may be defined as the Alert:... Org openmobilealliance NetworkSelection NetworkSwitch0

[0300] 以下为Alert消息片段示例:[0301] [0300] The following is an example Alert message fragments: [0301]

Figure CN101374295BD00291

[0302] 通过对本发明实施例提供的方法和终端的描述,使得用户可以根据自身的需要自动进行网络选择,使用户感受较好;在网络信号较差时终端可以接入其它信号较好的网络,避免了网络信号的中断。 [0302] The method provided by the description and the embodiments of the present invention, a terminal, so that the user can select a network automatically according to their needs, making the user feel better; worse when the terminal can access to other networks in the network preferably signals the signal to avoid the interruption of the network signal.

[0303] 显然,本领域的技术人员可以对本发明进行各种改动和变型而不脱离本发明的精神和范围。 [0303] Obviously, those skilled in the art can make various modifications and variations to the invention without departing from the spirit and scope of the invention. 这样,倘若本发明的这些修改和变型属于本发明权利要求及其等同技术的范围之内,则本发明也意图包含这些改动和变型在内。 Thus, if these modifications and variations of the present invention fall within the claims of the invention and the scope of equivalents thereof, the present invention intends to include these modifications and variations.

Claims (20)

1. 一种选择接入网络的方法,其特征在于,在终端配置触发条件和网络选择条件,该方法包括: 接收服务器发送的设备管理命令,所述命令用于在终端配置所述触发条件和所述网络选择条件; 根据所述触发条件对终端状态或终端当前接入的网络状态进行监测;当所述终端状态或所述终端当前接入的网络状态满足所述触发条件时,根据所述网络选择条件来确定接入的网络; 其中,当所述触发条件为位置触发时,所述终端处于所述位置触发条件中设定的区域,且未接入位于所述区域时设定的网络,触发接入所述设定的网络。 CLAIMS 1. A method of selecting an access network, wherein the trigger condition configuration and network selection at a terminal condition, the method comprising: a device management command sent by a server, said command terminal configuration for the trigger condition, and the network selection condition; monitoring the status of the network or the terminal state of the terminal currently accessed according to the trigger condition; when the terminal state of the terminal or the current status of the access network satisfies the trigger condition, according to the network selection conditions to determine access to the network; wherein when the trigger condition is a trigger position, the terminal position in the region of the trigger condition set, and not set when the access is located in the LAN , the set triggering access network.
2.如权利要求I所述的方法,其特征在于,所述网络选择条件包括: 接入网络类型的优先级选择、接入网络标识的优先级选择、任意条件选择、网络质量条件选择中的一个或多个。 2. The method of claim I, wherein said network selection criteria comprises: selecting an access network type priority, the priority of selecting an access network identifier, any of the conditions selected, the condition selection network quality one or more.
3.如权利要求2所述的方法,其特征在于,若所述网络选择条件为:接入网络类型的优先级选择、接入网络标识的优先级选择、任意条件选择或网络质量条件选择,则当满足所述触发条件时,根据所述网络选择条件来确定接入的网络,包括: 将优先级最高的网络类型中的网络标识对应的网络作为接入的网络,或将优先级最高的网络标识对应的网络作为接入的网络,或将当前能够接入的网络中任意一个作为接入的网络,或将网络质量最高的网络作为接入的网络。 3. The method according to claim 2, wherein, if the network conditions are selected: a priority of selecting an access network type, priority selection network access identifier, or any of the conditions selected condition selection network quality, then when the trigger condition is satisfied, to determine the network access according to the network selection criteria, comprising: a highest priority network identified in the network type corresponding to the network as the access network, or the highest priority network identifier corresponding to the network as the access network, or the current network can be accessed as any one of access to the network, or the network as an access network the highest quality network.
4.如权利要求2所述的方法,其特征在于,若所述网络选择条件为:接入网络类型的优先级选择和接入网络标识的优先级选择,则当满足所述触发条件时,根据所述网络选择条件来确定接入的网络,包括: 确定出优先级最高的网络类型; 从确定出的所述网络类型中选择优先级最高的网络标识对应的网络作为接入的网络。 4. The method according to claim 2, wherein, if the network conditions are selected: access network type of priority of selection and selection of the access network identifier, then when the trigger condition is satisfied, determining the access network, according to the network selection criteria comprises: determining a highest priority type of network; selecting the highest priority network identifier corresponding to the determined network from the network as an access network type.
5.如权利要求I所述的方法,其特征在于,当触发条件为业务名称触发,当终端执行所述业务名称触发条件中的业务,且当前终端未接入执行所述业务时设定的网络,满足所述触发条件。 5. The method of claim I, wherein, when the trigger condition is triggered service name is set when the terminal performs the service name in the service trigger condition, and the access terminal is not currently performing the service network, satisfies the trigger condition.
6.如权利要求I所述的方法,其特征在于,所述触发条件为信号强度触发或业务质量触发,终端当前接入的网络的信号强度低于信号强度触发条件中设定的信号强度时,满足所述触发条件;或终端当前接入的网络的业务质量低于业务质量触发条件中设定的阈值时,满足所述触发条件。 6. The method of claim I, wherein the trigger conditions or quality of service triggering signal strength, the signal strength of the current access terminal is below a signal strength of the network signal strength of the trigger condition set when , satisfies the trigger condition; quality of service or network access terminal current quality of service is less than the threshold value trigger condition set satisfies the trigger condition.
7.如权利要求I所述的方法,其特征在于, 所述服务器向终端下发监测命令,该命令指示终端对自身的状态和/或当前接入的网络状态进行监测,或指示终端不进行监测,而接收输入的网络标识,并将该网络标识对应的网络作为接入的网络。 7. The method of claim I, wherein said monitoring server to a terminal issued command, which indicates the status of the terminal itself and / or the current access network status monitor, or instructions not to the terminal monitoring, receiving input network identification, and the network identifier corresponding to the network as the network access.
8.如权利要求I所述的方法,其特征在于, 所述服务器允许或禁止所述终端对在自身配置的所述触发条件进行修改。 8. The method of claim I, wherein the server enables or disables the terminal configures itself to the trigger condition is modified.
9.如权利要求I、3、4、5、6、7或8所述的方法,其特征在于,在确定接入的网络后,终端根据服务器配置的网络配置参数信息接入所述网络。 I as claimed in claim 9. The method of claim 3,4,5,6,7 or 8, characterized in that, after determining the access network, the terminal configuration parameter information to the network access server according to the network configuration.
10.如权利要求9所述的方法,其特征在于,网络配置参数信息是根据服务器配置的网络配置管理对象的标识或者地址来获取的。 10. The method according to claim 9, wherein the network configuration parameters according to the identifier or the address information is a network configuration management server object configured to acquired.
11.如权利要求I、3、4、5、6、7、8或10所述的方法,其特征在于,在接入确定的所述网络后,终端向服务器上报该网络的网络类型或网络标识。 I as claimed in claim 11. The method of claim 3,4,5,6,7,8 or 10, characterized in that, after determining the access to the network, the terminal reports the network to the server network type or the network identity.
12. 一种终端,其特征在于,该终端包括: 第一接收模块,用于接收服务器发送的设备管理命令,所述命令用于在所述终端配置触发条件和网络选择条件; 保存模块,用于保存所述触发条件和所述网络选择条件;监测模块,用于监测自身的状态和/或当前接入的网络状态是否满足所述触发条件;选择模块,用于当满足所述触发条件时,根据所述网络选择条件来确定接入的网络;其中,若所述触发条件为位置触发时,所述监测模块进一步包括:第三判断单元,用于判断是否处于所述位置触发条件中设定的区域,若是,则判断是否接入位于所述区域时设定的网络,并发送判断结果;第三触发单元,用于当所述判断结果为处于所述位置触发条件中设定的区域,且未接入所述设定的网络时,触发所述选择模块。 12. A terminal, wherein the terminal includes: a first receiving module, a device management command sent by a server, the command to the terminal configuration and network selection conditions triggering condition; storing module, with when selecting module, configured to, when the trigger condition is satisfied; to the trigger condition and saving the network selection condition; monitoring module, for monitoring their status and / or the current access network status satisfies the trigger condition , network access is determined according to the network selection condition; wherein, if the trigger condition is a trigger position, the monitoring module further comprises: a third determining means for determining whether the trigger condition is in the position provided given area, if yes, it is determined whether the access is located in said set area network, and transmits the determination result; third triggering unit, configured to, when the determination result is in the position of the trigger conditions set region , and not set when the access network, triggering the selection module.
13.如权利要求12所述的终端,其特征在于,若所述网络选择条件为:接入网络类型的优先级选择、接入网络标识的优先级选择、任意条件选择或网络质量条件选择,则所述选择模块包括: 第一确定单元,用于确定出优先级最高的网络类型; 第一执行单元,用于将所述第一确定单元确定出的所述网络类型中的网络标识对应的网络作为接入的网络;或所述选择模块包括: 第二确定单元,用于确定出优先级最高的网络标识; 第二执行单元,用于将所述第二确定单元确定出的所述网络标识对应的网络作为接入的网络;或所述选择模块包括: 第三确定单元,用于确定当前能够接入的网络; 第三执行单元,用于从所述第三确定单元确定出的所述网络中任意选择一个作为接入的网络;或所述选择模块包括: 第四确定单兀,用于确定网络质量最闻的网络; 第四 13. The terminal according to claim 12, wherein, if the network conditions are selected: a priority of selecting an access network type, priority selection network access identifier, or any of the conditions selected condition selection network quality, the selecting module comprises: a first determining means for determining the highest priority network type; a first execution unit, for the first determination unit determines that the type of network corresponding to the network identification the second network execution unit, configured to determine the second determining unit; and a second determining means for determining a highest priority network identified:; network as a network access module or said selection comprises corresponding to the identifier of the network as a network access; or the selecting module comprises: a third determining unit, for determining a current can access the network; and third execution means for determining from the said third determination means said network a selected arbitrarily as the access network; module or said selection comprises: determining a fourth single Wu, Wen for determining network quality most network; fourth 执行单元,用于将所述第四确定单元确定的所述网络作为接入网络。 An execution unit for the fourth determining unit determines the network as an access network.
14.如权利要求12所述的终端,其特征在于,若所述网络选择条件为:接入网络类型的优先级选择和接入网络标识的优先级选择,则所述选择模块包括: 第五确定单元,用于确定出优先级最高的网络类型; 第五执行单元,用于将所述第五确定单元确定出的所述网络类型中的优先级最高的网络标识对应的网络作为接入的网络。 14. The terminal according to claim 12, wherein, if the network conditions are selected: access network type of priority of selection and selection of the access network identifier, said selection module comprising: a fifth determination means for determining a highest priority network type; a fifth execution unit, the highest priority for the network identifier corresponding to the network fifth determining unit determines that the type of network access, as The internet.
15.如权利要求12、13或14所述的终端,其特征在于,若所述触发条件为:无条件触发,则所述监测模块包括: 第一判断单元,用于判断是否需要接入网络,并发送判断结果; 第一触发单元,用于当所述判断结果为需要接入网络时,触发所述选择模块。 12, 13 or 15. The terminal according to claim 14, wherein, if the trigger condition is: unconditional trigger, then the monitoring module comprises: a first judging means for judging whether the access network, and transmitting the determination result; a first triggering unit, configured to, when the determination result of the access network is required to trigger the selection module.
16.如权利要求12、13或14所述的终端,其特征在于,若所述触发条件为:业务名称触发,则所述监测模块包括:第二判断单元,用于判断是否执行了所述业务名称触发条件中的业务,若是,则判断当前是否接入执行所述业务时设定的网络,并发送判断结果; 第二触发单元,用于当所述判断结果为执行了所述业务名称触发条件中的业务,且未接入所述设定的网络时,触发所述选择模块。 Second determining means for determining whether the executed: 12, 13 or 16. The terminal according to claim 14, wherein, if the trigger condition is: business name triggered, the monitoring module comprising business name service trigger condition, and if yes, determine whether the current access is set upon execution of the service network, and transmits the determination result; and a second trigger means for, when the determination result is performed by the service name service trigger conditions, and not access to the network is set to trigger the selection module.
17.如权利要求12、13或14所述的终端,其特征在于,若所述触发条件为:信号强度触发或业务质量触发,则所述监测模块包括: 第四判断单元,用于判断当前接入的网络的信号强度是否低于信号强度触发条件中设定的信号强度,并发送判断结果; 第四触发单元,用于当所述判断结果为低于信号强度触发条件中设定的信号强度时,触发所述选择模块;或所述监测模块包括: 第五判断单元,用于判断当前接入的网络的业务质量是否低于业务质量触发条件中设定的阈值,并发送判断结果; 第五触发单元,用于当所述判断结果为低于业务质量触发条件中设定的阈值时,触发所述选择模块。 Fourth judgment means for judging whether the current: 12, 13 or 17. The terminal according to claim 14, wherein, if the trigger condition is: a signal strength or quality of service triggering triggered, the monitoring module comprising access network signal strength is below a signal strength of the signal strength of the trigger condition set, and transmits the determination result; fourth triggering unit, configured to, when the determination result is lower than the signal strength of the trigger signal conditions set the intensity of the trigger the selection module; or the monitoring module comprises: a fifth judging unit for judging whether the service quality of the current access network is lower than the quality of service threshold triggering condition is set, and transmits the determination result; fifth triggering unit, configured to, when the determination result is lower than the quality of service threshold triggering condition is set, the selection module is triggered.
18.如权利要求12、13或14所述的终端,其特征在于,所述终端还包括: 第二接收模块,用于当接收到触发信号时,接收输入的网络标识; 所述选择模块,用于将所述第二接收单元接收到的所述网络标识对应的网络作为接入的网络; 第三接收模块,用于接收所述服务器下发的监测命令,并向所述监测模块或所述第二接收模块发送所述触发信号。 12, 13 or 18. The terminal according to claim 14, characterized in that the terminal further comprises: a second receiving module, configured to, when receiving the trigger signal, an input receiving network identification; the selection module, the network for the second receiving unit corresponding to the identifier received by the network as a network access; a third receiving module, for receiving the server sent by the monitoring command to the monitoring module or the said second receiving means for transmitting the trigger signal.
19.如权利要求12、13或14所述的终端,其特征在于,所述终端还包括: 接入模块,用于在确定接入的网络后,根据服务器配置的网络配置参数信息接入所述网络。 12, 13 or 19. The terminal according to claim 14, characterized in that the terminal further comprises: an access module, configured to determine access to the network, the network server according to the configuration of the configuration information of the access parameters said network.
20.如权利要求12、13或14所述的终端,其特征在于,所述终端还包括: 上报模块,用于接入确定的所述网络后,将该网络的网络类型或网络标识上报给服务器。 12, 13 or 20. The terminal according to claim 14, characterized in that the terminal further comprises: after reporting module, configured to determine the access network, the report identifies the network type or the network to the network server.
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Families Citing this family (29)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101594663B (en) 2008-05-31 2012-05-23 华为技术有限公司 Method, system and device of network selection
CN101707783B (en) 2009-06-30 2012-02-15 重庆重邮信科通信技术有限公司 User third generation mobile communication system is one kind of high-priority network terminal search method
CN101965034B (en) * 2009-07-22 2014-01-01 深圳富泰宏精密工业有限公司 Intelligent network-selecting system and method based on a plurality of wireless networks
TWI497973B (en) * 2009-08-28 2015-08-21 Fih Hong Kong Ltd Intelligent method and system for selecting network service based on various wireless networks
DK2484153T3 (en) * 2009-10-02 2018-09-10 Nokia Solutions & Networks Oy Network selection mechanisms
CN102088494A (en) * 2009-12-08 2011-06-08 中兴通讯股份有限公司 Method and system for connecting internet protocol version 4 (IPv4)/IPv6 dual-stack terminal with network
CN101984713B (en) * 2010-10-20 2015-07-22 中兴通讯股份有限公司 Method, terminal and system for realizing business data shunting
CN102131273A (en) * 2011-01-25 2011-07-20 宇龙计算机通信科技(深圳)有限公司 Method for terminal to select WAPI [wireless LAN (local area network) authentication and privacy infrastructure] network and terminal
CN102158934A (en) * 2011-04-01 2011-08-17 华为技术有限公司 Network selection method and equipment
CN102904742B (en) * 2011-07-29 2015-10-07 华为终端有限公司 To method of operation and the system of executable node
CN102271386A (en) * 2011-08-24 2011-12-07 中兴通讯股份有限公司 Network selection method and apparatus multimode terminal
CN102611712A (en) * 2012-04-10 2012-07-25 中山爱科数字家庭产业孵化基地有限公司 Digital home network access and authentication method
CN103428823A (en) * 2012-05-22 2013-12-04 中兴通讯股份有限公司 Internet-surfing method and device combining 3G network and WLAN
CN103686897B (en) * 2012-09-18 2017-06-06 上海贝尔股份有限公司 A kind of method of the services selection network used according to user, device and equipment
CN103139870A (en) * 2012-12-19 2013-06-05 中兴通讯股份有限公司 Data access method and data access device
CN103945377B (en) * 2013-01-18 2019-02-05 中兴通讯股份有限公司 It is a kind of for manually and automatically connecting the method and terminal of Wireless LAN
CN103974335B (en) * 2013-01-24 2017-11-28 华为技术有限公司 Control method, UE, the network equipment and the server of shunting
CN103298074B (en) * 2013-05-21 2016-01-27 华为终端有限公司 For method for switching network and the network-termination device of network-termination device
WO2015077914A1 (en) * 2013-11-26 2015-06-04 华为技术有限公司 Method, device and system for adjusting and controlling signal quality
CN103929545A (en) * 2014-04-30 2014-07-16 深圳市中兴移动通信有限公司 Mobile terminal and network anomaly prompting method thereof
CN105282796B (en) * 2014-07-01 2019-12-20 中兴通讯股份有限公司 Network mode switching method, device and terminal
CN104219788A (en) * 2014-09-29 2014-12-17 王波 Access method and access device of Internet-of-Things terminal
CN106559784A (en) * 2015-09-30 2017-04-05 中兴通讯股份有限公司 The method of method, device and access network that control device is accessed
CN106572508B (en) * 2015-10-13 2019-07-12 电信科学技术研究院 A kind of method, apparatus and base station that terminal device is switched to Target cell
CN106817731A (en) * 2015-11-30 2017-06-09 华为终端(东莞)有限公司 The method for switching network and terminal device of terminal
CN106937245A (en) * 2015-12-31 2017-07-07 华为技术有限公司 Method for network access and ANDSF equipment
CN106211222A (en) * 2016-07-14 2016-12-07 深圳市金立通信设备有限公司 A kind of network access management method and terminal
CN106454979B (en) * 2016-11-14 2019-07-26 Oppo广东移动通信有限公司 A kind of network formats switching method and mobile terminal
CN109088758A (en) * 2018-08-08 2018-12-25 成都俊云科技有限公司 A kind of online accelerating method and device for realizing host equipment plug and play

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5999811A (en) 1996-02-16 1999-12-07 Ericsson, Inc. Mobile telephone for roaming using dual mode/band equipment including SIM cards
WO2006031157A1 (en) 2004-09-16 2006-03-23 Telefonaktiebolaget Lm Ericsson (Publ) Routing based on transmission utilization
CN1867129A (en) 2005-08-12 2006-11-22 深圳华为移动通信技术有限公司 Mobile terminal network-selecting method and mobile terminal
CN101018166A (en) 2006-02-10 2007-08-15 北京航空航天大学 A MIPv6 vertical switching and control method under the overlapping multi-mode network environment

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5999811A (en) 1996-02-16 1999-12-07 Ericsson, Inc. Mobile telephone for roaming using dual mode/band equipment including SIM cards
WO2006031157A1 (en) 2004-09-16 2006-03-23 Telefonaktiebolaget Lm Ericsson (Publ) Routing based on transmission utilization
CN1867129A (en) 2005-08-12 2006-11-22 深圳华为移动通信技术有限公司 Mobile terminal network-selecting method and mobile terminal
CN101018166A (en) 2006-02-10 2007-08-15 北京航空航天大学 A MIPv6 vertical switching and control method under the overlapping multi-mode network environment

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