CN102118682A - Method and device for realizing communication - Google Patents

Method and device for realizing communication Download PDF

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CN102118682A
CN102118682A CN 201110006275 CN201110006275A CN102118682A CN 102118682 A CN102118682 A CN 102118682A CN 201110006275 CN201110006275 CN 201110006275 CN 201110006275 A CN201110006275 A CN 201110006275A CN 102118682 A CN102118682 A CN 102118682A
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communication
service
module
communication module
terminal
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CN 201110006275
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Chinese (zh)
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宋丽娜
苗强
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意法·爱立信半导体(北京)有限公司
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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATIONS NETWORKS
    • H04W48/00Access restriction; Network selection; Access point selection
    • H04W48/18Selecting a network or a communication service

Abstract

The invention discloses a method and a device for realizing communication. The method comprises the following steps that: a control module receives a service request from a terminal, and identifies a service type identifier carried in the service request; and the control module distributes a service to be performed to a corresponding communication module according to the service type identifier and a service distribution rule, and controls the communication module and a communication access technology network corresponding to the communication module to communicate so as to perform the distributed service, wherein the service rule comprises a service type and the communication access technology network used for performing the service. By the method, the service experience of the user can be enhanced, and the fusion and the development of various communication modes are facilitated.

Description

通信实现方法和装置 Communication between devices and methods

技术领域 FIELD

[0001] 本发明涉及通信领域,尤其涉及一种通信实现方法和装置。 [0001] The present invention relates to the field of communications, particularly to a method and apparatus to achieve communication. 背景技术 Background technique

[0002] 随着移动通信技术的发展,移动通信运营商不断建成和投入使用第三代移动通信网络(The Third Generation,简称为3G),与此同时,运营商又继续保留已有的第二代移动通信网络(The Second Generation,简称为2G),形成了多种移动通信网络模式并存的格局。 [0002] With the development of mobile communication technology, mobile operators continue to build and put into use the third generation mobile communication network (The Third Generation, referred to as 3G), at the same time, operators continued to keep the existing second generation mobile communication network (the Second Generation, abbreviated as 2G), forming a plurality of modes mobile communication network coexist.

[0003] 一方面,2G作为一种成熟的技术仍主导和普及市场,成熟的网络覆盖为用户提供体验优良的基本语音及数据业务,但是2G网络(例如,全球移动通讯系统(GlcAal System for Mobile Communications,简称为GSM)以及通用分组无线服务技术(General Packet Radio krvice,简称为GPRS))不能满足现有的高速数据业务所需要的移动宽带速率;另一方面,3G作为一种新兴的技术,拥有高速的数据业务服务承载能力,能够为用户提供多种多样的数据应用。 [0003] On the one hand, as a mature 2G technology is still dominant and popular market, a mature network coverage to provide users with excellent experience basic voice and data services, but the 2G network (eg, global system for mobile communications (GlcAal System for Mobile Communications, abbreviated as GSM) and general packet radio service (General packet radio krvice, simply referred to as the GPRS)) can not satisfy the existing mobile broadband rates require high-speed data services; on the other hand, 3G as an emerging technology, has a high-speed data services carrying capacity, can provide a variety of data applications for the user. 但在3G建网初期,存在网络覆盖不全和优化不足的问题,导致3G网络用户可能失去3G网络覆盖,从而影响用户体验。 But in the early 3G network construction, there is insufficient network coverage incomplete and optimization problems, leading 3G network user may lose 3G network coverage, thus affecting the user experience.

[0004] 在目前的网络环境下,基于现有的双模小区重选和切换的策略,如果GSM信号比较好,双模终端或多模终端就会驻留在GSM模式下,这样,该终端发起的任何业务都需要基于GSM网络的资源来实现;另一方面,如果3G信号比较好,双模终端就会驻留在3G模式,这样用户发起的任何业务都需要基于3G网络的资源来实现。 [0004] In the current network environment, based on the conventional dual-mode cell reselection and handover policy, if the GSM signal is good, the dual mode terminal or multi-mode terminal will reside in the GSM mode, so that the terminal initiated any business needs based on the GSM network of resources to achieve; on the other hand, if the signal is better 3G, dual-mode terminal will reside in 3G mode, so the user initiated any business need-based 3G network resources to achieve .

[0005] 也就是说,针对2G/3G双模终端,即使GSM网络基本能够在任何地方提供优质的语音服务,弥补3G网络的不足,而3G网络具有较强的数据业务服务承载能力,但是由于受到终端网络驻留的限制,双模终端所支持的两个网络并不能够彼此弥补,因此,无论采用哪种网络进行通信,都不能够兼顾网络覆盖性能(语音业务)以及数据业务承载这两个方面。 [0005] In other words, for 2G / 3G dual-mode terminal, even if the basic GSM network capable of providing high-quality voice services anywhere, compensate for the lack of 3G networks, 3G networks and data services with a strong bearing capacity, but because restricted network terminal resides, the dual mode terminal does not support the two networks can compensate for each other, regardless of which network to communicate using, network coverage is not possible to achieve both performance (voice) and a data service bearer both aspects.

[0006] 类似地,对于能够支持其他更多制式网络的终端,在同一时间,同样只能够使用一种网络,因此,同样会出现上述问题。 [0006] Similarly, for the support of other more standard network terminals, at the same time, you can only use the same kind of network, and therefore, the same problems described above occur. 然而,针对由于终端不能够同时采用多个网络进行通信而导致终端不能够同时借助多个网络实现各个网络擅长的业务的问题,目前尚未提出有效的解决方案。 However, for the problem because the terminal is not capable of using multiple networks simultaneously communicate and lead terminal can not simultaneously via a plurality of networks each network are good at business, we have not yet come up with effective solutions.

发明内容 SUMMARY

[0007] 针对由于终端不能够同时采用多个网络进行通信而导致终端不能够同时借助多个网络实现各个网络擅长的业务的问题,本发明提出了一种通信实现方法和终端,能够均衡网络间的负荷,提高网络资源的使用效率。 [0007] For the problem since the terminal can not communicate simultaneously using a plurality of network terminals can not be simultaneously caused by a plurality of networks each network good service, the present invention proposes a method to realize communication and the terminal, the network can be balanced between It loads, more efficient use of network resources.

[0008] 本发明的技术方案是这样实现的: [0008] The aspect of the present invention is implemented as follows:

[0009] 一种通信实现方法,应用于终端,所述终端包括控制模块和多个通信模块,其中, 该方法包括: [0009] A communication-implemented method is applied to a terminal, said terminal comprising a control module and a plurality of communication modules, wherein the method comprises:

[0010] 控制模块接收来自终端的业务请求,识别所述业务请求中携带的业务类型标识;[0011] 所述控制模块根据所述业务类型标识以及业务分配规则将需要进行的业务分配给对应的通信模块,并控制所述通信模块与所述通信模块对应的通信接入技术网络进行通信以执行分配的业务,其中,所述业务规则包括业务类型以及执行该业务所使用的通信接入技术网络。 [0010] The control module receives a service request from a terminal, identifying the service request carries the service type identifier; [0011] The traffic distribution control module according to the service type identifier and a service rules need to be assigned to the corresponding a communication module, and controls the communication module to communicate with the communication module corresponding to communication network access technologies to carry out the distribution service, wherein said business rule comprises a communication network service access technology and used in executing the service .

[0012] 进一步地,在所述控制模块接收来自终端的业务请求之前,所述方法还包括: [0012] Further, prior to the control module receives a service request from a terminal, the method further comprising:

[0013] 所述控制模块接收来自终端的开机注册请求,其中,所述开机注册请求中携带有请求注册的业务域标识; [0013] The power control module receives a registration request from the terminal, wherein the power service domain registration request carries the identifier requesting registration;

[0014] 所述控制模块根据所述请求注册的业务域标识以及所述业务分配规则,将所述开机注册请求通过对应的通信模块发送给该通信模块支持的通信接入技术网络,以使该通信模块接入该通信模块支持的通信接入技术网络。 [0014] The control module according to the service domain of the service identifier and the allocation rule registration request, the registration request transmits power to the communication module supports communication network by a corresponding access technology communication module, so that the communication module access to the communication module supports communication network access technologies.

[0015] 进一步地,上述方法还包括: [0015] Furthermore, the above method further comprises:

[0016] 如果所述多个通信模块中的任一个通信模块与该通信模块支持的通信接入技术网络无法建立连接,所述控制模块将已分配给该通信模块的业务分配给除该通信模块之外的其他通信模块。 [0016] If the plurality of communication modules in any one of the communication module and the communication module supporting communication network access technologies can not establish a connection, the control module that has been assigned to the traffic distribution in addition to the communication module to the communication module other than the communication module.

[0017] 优选地,所述终端还包括冲突管理模块和SIM卡,其中,在所述多个通信模块执行所分配的业务的过程中,所述方法进一步包括: [0017] Preferably, the terminal further comprises a conflict management module and the SIM card, wherein, during the execution of the assigned traffic of the plurality of communication modules, the method further comprising:

[0018] 所述多个通信模块将参数信息写入至所述SIM卡中,其中,所述冲突管理模块在所述多个通信模块向所述SIM卡进行写入时,判断所述多个通信模块之间是否出现写入参数信息的冲突,并在判断结果为是的情况下,控制所述多个通信模块中的一个通信模块将需要写入的参数信息写入所述SIM卡中,并控制其他通信模块将需要写入的参数信息写入所述终端的缓存中。 [0018] module of the plurality of communication parameter information is written to the SIM card, wherein, when the conflict management module in the plurality of communication modules writing to the SIM card, determining a plurality of case whether a collision occurs between the write parameter information communication modules, and the determination result is YES, control parameter information of the plurality of communication modules in a communication module to be written, in the SIM card, and control parameter information to other communication modules need to be written to the write cache of the terminal.

[0019] 其中,所述业务分配规则还包括以下至少之一:根据用户的选择、网络覆盖、业务质量。 [0019] wherein, said traffic distribution rule further comprises at least one of the following: the user's option, network coverage and service quality.

[0020] 一种通信实现装置,应用于终端,其中,所述通信实现装置包括控制模块和多个通信模块,其中, [0020] A communication apparatus implemented, applied to the terminal, wherein said communication means includes a control module and achieve a plurality of communication modules, wherein

[0021] 所述控制模块用于接收来自终端的业务请求,并识别所述业务请求中携带的业务类型标识;并且,所述控制模块还用于根据所述业务类型标识以及业务分配规则将需要进行的业务分配给对应的通信模块,并控制所述通信模块与所述通信模块对应的通信接入技术网络进行通信以执行分配的业务,其中,所述业务规则包括业务类型以及执行该业务所使用的通信接入技术网络; [0021] The control means for receiving a service request from the terminal, and the service identifier identifying a service type carried in the request; and said control module is further configured according to the service type identifier and a service will require the allocation rule traffic allocation to the corresponding communication module, and controls the communication module and the communication module corresponding to the communication access technology communication networks to perform dispensing operations, wherein the business rule comprises service type of the service and executing the communication access technology used by the network;

[0022] 所述多个通信模块用于在所述控制模块的控制下与所述通信模块对应的通信接入技术网络进行通信以执行所分配的业务。 [0022] The plurality of communication modules under control of the control module and the communication module corresponding to the communication access technology communication networks to perform the assigned traffic.

[0023] 优选地,所述控制模块还用于接收来自终端的开机注册请求,其中,所述开机注册请求中携带有请求注册的业务域标识;并且,所述控制模块还用于根据所述请求注册的业务域标识以及所述业务分配规则,将所述开机注册请求通过对应的通信模块发送给该通信模块支持的通信接入技术网络,以使该通信模块接入该通信模块支持的通信接入技术网络。 [0023] Preferably, the power control module is further configured to receive a registration request from a terminal, wherein, the registration request carries the boot service registration request identifier field; and wherein said control module is further configured to requesting registration of the service identifier and service domain allocation rule, the turn-on registration request to the communication module supports communication network by a corresponding access technology communication module, a communication module so that the access to the communication module supports communication network access technology.

[0024] 其中,所述控制模块还用于在所述多个通信模块中的任一个通信模块与该通信模块支持的通信接入技术网络无法建立连接情况下,将已分配给该通信模块的业务分配给除该通信模块之外的其他通信模块。 [0024] wherein said control module is further used for any of the plurality of communication modules in a communication module and the communication module supporting communication network access technologies can not establish the connection to the communication module, which has been assigned to service assigned to other communication modules other than the communication module.

[0025] 优选地,所述通信实现装置还包括:冲突管理模块和SIM卡,其中, [0025] Preferably, said communication apparatus further implement comprising: a conflict management module and the SIM card, wherein

[0026] 所述冲突管理模块用于在所述多个通信模块执行所分配的业务的过程中,且所述多个通信模块将参数信息写入至所述SIM卡的情况下,在所述多个通信模块向所述SIM卡进行写入时,判断所述多个通信模块之间是否出现写入参数信息的冲突,并在判断结果为是的情况下,控制所述多个通信模块中的一个通信模块将需要写入的参数信息写入所述SIM卡中,并控制其他通信模块将需要写入的参数信息写入终端的缓存中。 [0026] The case of a conflict management module for the plurality of communication modules during execution of the assigned traffic, and the plurality of communication modules writes the parameter information to the SIM card, the a case where a plurality of communication modules writing to the SIM card, determining whether a collision occurs between a write parameter information of the plurality of communication modules, and the determination result is YES, controlling the plurality of communication modules parameter information to a communication module to be written, in the SIM card, and the control parameter information to other communication modules to be written, the buffer of the terminal.

[0027] 其中,所述业务分配规则还包括以下至少之一:根据用户的选择、网络覆盖、业务质量。 [0027] wherein, said traffic distribution rule further comprises at least one of the following: the user's option, network coverage and service quality.

[0028] 借助于本发明的上述技术方案,使得终端能够借助其所支持的多个网络同时进行通信,并借助业务分配规则设置每个网络开展的业务,有助于使终端所支持的每个网络都能够发挥各自的特长,为终端提供相应的业务(例如,终端可以通过2G网络实现语音业务, 同时借助3G网络实现数据业务,从而借助2G和3G网络各自的特点得到高质量的服务),避免单一网络为终端提供所有业务时,由于单个网络本身的限制而无法兼顾所有业务需求的问题,提高用户的业务体验,有利于多种通信模式的融合和发展。 [0028] With the above aspect of the present invention, by means of which it enables the terminal to support multiple simultaneous communications network, and the service provided by the business rule assigned to each network to carry out, helps to each supported terminal network can play to their strengths, to provide a corresponding service to the terminal (e.g., voice service may be implemented by a terminal 2G network, while the 3G network by means of data services to 2G and 3G networks by their characteristics high quality of service), avoid single network to provide all the services for the terminal, due to the limitations of a single network itself can not take into account the needs of all business problems, improve user service experience, it is conducive to the integration and development of a variety of communication modes.

附图说明 BRIEF DESCRIPTION

[0029] 图1是根据本发明实施例的通信实现方法的流程图; [0029] FIG. 1 is a flowchart of a communication method for implementing embodiments of the present invention;

[0030] 图2是根据本发明实施例的通信实现装置的结构框图; [0030] FIG. 2 is a block diagram to realize a communication apparatus according to an embodiment of the present invention;

[0031] 图3是根据本发明实施例的终端的结构框图; [0031] FIG. 3 is a block diagram of a terminal according to an embodiment of the present invention;

[0032] 图4是根据本发明实施例的终端开机注册过程示意图; [0032] FIG. 4 is a schematic diagram of a registration process of the power terminal according to an embodiment of the present invention;

[0033] 图5是根据本发明实施例的终端业务处理过程示意图。 [0033] FIG. 5 is a schematic diagram terminal business process embodiment of the present invention.

具体实施方式 Detailed ways

[0034] 3G及其后的移动通信时代最为重要的发展趋势之一就是融合,只有通过融合,才有助于新兴的移动通信得到最大的发展与发挥空间。 [0034] One of the most important trends in the era of 3G mobile communications and beyond is the integration only through integration, it helps to get the largest emerging mobile communications development and play space. 一方面,融合表现在广域的公共移动通信网络之间,既存在于不同制式的3G公共通信网络之间,也存在于2G、3G与4G的公共移动网络之间;另一方面,3G等移动通信网络通过与Wi-Fi、RFID、蓝牙等近距离无线技术网络的融合可以在广域、高速的无线通信网络基础上构建智能家居与各行各业的丰富的移动信息化应用。 In one aspect, the fusion performance between the public mobile communication network is a wide area, the existing 3G standard that different public communication network, but also between 2G, 3G and 4G public mobile network; the other hand, 3G and other mobile rich mobile information application communication network can build smart home and all walks of life in the wide area wireless communication network infrastructure, high-speed on by fusion with Wi-Fi, RFID, Bluetooth short-range wireless technology networks.

[0035] 在多种无线接入技术网络共存的系统环境中,不同无线接入技术网络技术体制差异、网络覆盖及优化程度的不同都将对多模终端性能和用户体验带来很大的影响,由于GSM/GPRS网络建设比较早、技术成熟,经过很长时间的网络优化,网络覆盖已经很全面,即使是在偏僻的地方,目前也已经具备GSM/GPRS的网络覆盖。 [0035] In various wireless access technologies coexist network system environment, the different radio access technology network technology system difference, the degree of network coverage and optimization of multi-mode terminal will have different performance and user experience great impact Since GSM / GPRS network construction early, mature technology, after a very long time network optimization, network coverage is very comprehensive, even in remote areas, is also already has a GSM / GPRS network coverage. 但相对于新建设的第三代网络技术网络,GSM/GPRS不能满足现有的高速数据业务所需要的移动宽带速率。 However, with respect to the construction of a new third generation network technology networks, GSM / GPRS mobile broadband can not meet the high data rate of an existing business needs. 在第三代网络建设上,初期都是依赖GSM网络的覆盖,在第三代网络覆盖不到地方,用户可以使用GSM技术接入。 On the third-generation network construction, are dependent on the initial coverage of the GSM network, covering less than a place in the third-generation network, users can access using GSM technology.

[0036] 在这种情况下,如何保证基本的通信服务正常,同时又能为用户提供新技术带来的高速服务体验,成为运营商和制造商考虑的重点。 [0036] In this case, how to ensure basic communication service is normal, while providing new technology to bring high-speed service experience for the user, become the focus of operators and manufacturers to consider. [0037] 但是,在现有技术中,无论双模终端还是支持更多网络接入技术的多模终端,在同一时刻只能工作在一种网络中,所以无法同时利用多个网络的优势;并且,对于目前网络技术的发展方向,新的网络更多是关注数据业务的提高,因此,这些网络相比已经成熟的2G 网络(例如,GSM网络),在语音方面并不具备优势。 [0037] However, in the prior art, whether or dual-mode terminals support more network access technology of multi-mode terminal, at the same time can only work in a network, it is impossible to simultaneously take advantage of multiple networks; and, for the current direction of development of network technology, the new network is to raise more attention to data services, therefore, these networks have matured compared to 2G networks (eg, GSM networks), in terms of voice does not have the advantage. 但是,目前的终端不能够同时借助多个网络实现各个网络各自擅长的业务,也就是说,终端上不同类型的业务必须选择同一通信接入技术来获服务,无法得到更优的服务质量,也无法实现资源的最大化利用。 However, the current terminal can not simultaneously via the respective plurality of networks each network service good, that is, different types of traffic on the terminal must select the same communication access technology is eligible for service and can obtain better quality of service, but also unable to achieve maximum utilization of resources.

[0038] 图1是根据本发明实施例的通信实现方法的流程图,该方法可以应用于终端,终端包括控制模块和多个通信模块,如图1所示,该方法包括以下步骤: [0038] FIG. 1 is a flowchart of a communication method implemented according to an embodiment of the present invention, the method may be applied to a terminal, the terminal includes a control module and a plurality of communication modules shown in Figure 1, the method comprising the steps of:

[0039] 步骤S101,控制模块接收来自终端的业务请求,识别业务请求中包含的业务类型标识; [0039] In step S101, the control module receives a service request from the terminal, service type identifier included in the service request identification;

[0040] 步骤S102,控制模块根据业务类型标识以及业务分配规则将需要进行的业务分配给对应的通信模块,并控制通信模块与通信模块对应的通信接入技术网络进行通信以执行分配的业务,其中,业务规则包括业务类型以及执行该业务所使用的通信接入技术网络,优选地,业务规则还可以包括以下至少之一:根据用户的选择、网络覆盖、业务质量。 [0040] Step S102, the control module according to the service identifier and service type assignment business rules need to be assigned to a corresponding communication module, and controls the communication module with the communication module corresponding to the communication access technology communication networks to perform the assigned traffic, wherein the business rule comprises service type, and executing the service access technology used in the communication network, preferably, the business rules may further comprise at least one of the following: the user's option, network coverage and service quality.

[0041 ] 在步骤SlOl中,控制模块接收来自终端的业务请求之前,控制模块会接收来自终端的开机注册请求,其中,开机注册请求中携带有请求注册的业务域标识;控制模块根据请求注册的业务域标识以及业务分配规则,将开机注册请求通过对应的通信模块发送给该通信模块支持的通信接入技术网络,以使该通信模块接入该通信模块支持的通信接入技术网 [0041] In step SlOl, the control module before from the terminal a service request, the control module receives power registration request from the terminal is received, wherein the power service domain identifier registration request includes requesting registration; control module registered in accordance with the request service domain identifier and a service allocation rule, the turn-on registration request to the communication module supports communication network by a corresponding access technology communication module, a communication module so that the access to the communication module supports communication network access technologies

[0042] 在实施过程中,如果多个通信模块中的任一个通信模块与该通信模块支持的通信接入技术网络无法建立连接,控制模块将已分配给该通信模块的业务分配给除该通信模块之外的其他通信模块。 [0042] In the implementation process, if any of the plurality of communication modules in a communication module and the communication module supporting communication network access technologies can not establish a connection, a control module assigned to the traffic distribution of the communication module in addition to the communication other communication modules than module. 而且,该控制模块可以接收来自终端的多个业务请求,并控制多个通信模块同时与各自的通信接入技术网络进行通信。 Further, the control module may receive a plurality of service request from the terminal, and controls the plurality of communication modules to simultaneously communicate with a respective access technology communication networks.

[0043] 另外,该终端中还可以包括冲突管理模块和SIM卡,其中,在多个通信模块执行所分配的业务的过程中,多个通信模块将参数信息写入至SIM卡中,其中,冲突管理模块在多个通信模块向SIM卡进行写入时,判断多个通信模块之间是否出现写入参数信息的冲突, 并在判断结果为是的情况下,控制多个通信模块中的一个通信模块将需要写入的参数信息写入SIM卡中,并控制其他通信模块将需要写入的参数信息写入知道的缓存中,其中,上述参数信息可以是从网络获取的,也可以是经过SIM卡或终端处理后的参数。 [0043] Further, the terminal may further include a conflict management module and the SIM card, wherein, during the execution of the assigned traffic plurality of communication modules, the plurality of communication modules parameter information written to the SIM card, wherein in case of conflict, the management module when the plurality of communication modules to write to the SIM card, determining whether a collision occurs between a write parameter information of a plurality of communication modules, and the determination result is YES, the control of one of the plurality of communication modules communication module parameter information to be written, the SIM card, and controls other communication module parameters information to be written, known buffer, wherein the parameter information may be obtained from the network, and may be via parameter processing terminal or SIM card.

[0044] 借助于上述处理,使得终端能够借助其所支持的多个网络同时进行通信,并借助业务分配规则设置每个网络开展的业务,有助于使终端所支持的每个网络都能够发挥各自的特长,为终端提供相应的业务(例如,终端可以通过2G网络实现语音业务,同时借助3G 网络实现数据业务,从而借助2G和3G网络各自的特点得到高质量的服务),避免单一网络为终端提供所有业务时,由于单个网络本身的限制而无法兼顾所有业务需求的问题,提高用户的业务体验,有利于多种通信模式的融合和发展。 [0044] With the above process, by allowing the terminal to the network that it supports a plurality of simultaneous communications and traffic distribution rules set by the network for each service carried out, helps to support each network terminal are able to exert their strengths, to provide a corresponding service to the terminal (e.g., voice service may be implemented by a terminal 2G network, while the 3G network by means of data services to 2G and 3G networks by their characteristics high-quality services), to avoid a single network when terminal provides all the services, due to the limitations of a single network itself can not take into account the needs of all business problems, improve user service experience, is conducive to the integration and development of a variety of communication modes.

[0045] 图2是根据本发明实施例的通信实现装置的结构框图,该装置可以设置于终端中,如图2所示,该通信实现装置包括控制模块和多个通信模块(通信模块1、通信模块2.....通信模块N),其中, [0045] FIG. 2 is a block diagram of a communication device implemented in accordance with an embodiment of the present invention, the apparatus may be provided in the terminal, shown in Figure 2, to realize the communication apparatus comprises a control module and a plurality of communication modules (communication modules 1, The communication module communication module 2 ..... N), where,

[0046] 控制模块用于接收来自终端的业务请求,并识别出业务请求中携带有业务类型标识;并且,控制模块还用于根据业务类型标识以及业务分配规则将需要进行的业务分配给对应的通信模块,并控制通信模块与通信模块对应的通信接入技术网络进行通信以执行分配的业务,其中,业务规则包括业务类型以及执行该业务所使用的通信接入技术网络,业务分配规则还可以包括以下至少之一:根据用户的选择、网络覆盖、业务质量。 [0046] a control means for receiving a service request from the terminal, and recognizes the service request carries the service type identifier; and traffic control module is further assigned according to the service type identifier and a service will require the allocation rule corresponding to a communication module, and controls the communication module with the communication module corresponding to the communication access technology communication networks to perform dispensing operations, wherein the business rule comprises service type, and executing the service access technology used in the communication network traffic distribution rule may also be comprising at least one of the following: the user's option, network coverage and service quality.

[0047] 多个通信模块用于在控制模块的控制下与通信模块对应的通信接入技术网络进行通信以执行所分配的业务。 [0047] The plurality of communication modules under the control of the control module for the communication with the communication module corresponding to the communication network access technology to perform the assigned traffic.

[0048] 进一步地,控制模块还用于接收来自终端的开机注册请求,其中,开机注册请求中携带有请求注册的业务域标识;并且,控制模块还用于根据请求注册的业务域标识以及业务分配规则,将开机注册请求通过对应的通信模块发送给该通信模块支持的通信接入技术网络,以使该通信模块接入该通信模块支持的通信接入技术网络。 [0048] Further, the control module is further configured to receive a registration start request from the terminal, wherein, the registration request carries the boot service registration request identifier field; and, a control module is further configured to request registration service domain and the service identifier the allocation rule, the registration request sent power through a corresponding communication module to the communication module supports communication network access technologies, so that the communication module access to the communication module supports communication access network technologies.

[0049] 进一步地,控制模块还用于在多个通信模块中的任一个通信模块与该通信模块支持的通信接入技术网络无法建立连接情况下,将已分配给该通信模块的业务分配给除该通信模块之外的其他通信模块。 [0049] Further, the control module is further used for any of a plurality of communication modules in the communication module with a communication module supporting communication network access technologies can not establish the connection service distribution, which has been allocated to the communication module to the other communication modules other than the communication module.

[0050] 优选地,本发明实施例中的通信实现装置还包括:冲突管理模块和SIM卡,其中, 冲突管理模块用于在多个通信模块执行所分配的业务的过程中,且多个通信模块将参数信息写入至SIM卡的情况下,在多个通信模块向SIM卡进行写入时,判断多个通信模块之间是否出现写入参数信息的冲突,并在判断结果为是的情况下,控制多个通信模块中的一个通信模块将需要写入的参数信息写入SIM卡中,并控制其他通信模块将需要写入的参数信息写入知道的缓存中,其中,上述参数信息可以是从网络获取的,也可以是经过SIM卡或终端处理后的参数。 [0050] Preferably, the communication in the embodiment of the present invention to achieve apparatus further comprising: a conflict management module and the SIM card, wherein, during the conflict management module for the plurality of communication modules to perform the assigned traffic, and the plurality of communication the case where the module writes the parameter information to the SIM card, when a plurality of communication modules to write to the SIM card, determining whether a collision occurs between a write parameter information of a plurality of communication modules, and the determination result is YES , the control parameter information to a plurality of communication modules in the communication module will be written, to the SIM card, and controls other communication module parameters information to be written, known buffer, wherein the parameter information may It is obtained from the network, or may be parameters via the SIM card or terminal processing.

[0051] 该通信实现装置能够为使用同一SIM卡(或USIM卡)的用户提供两种通信模式同时待机的服务,并基于用户的业务请求,选择可以提供并适用该业务/业务域最优的通信模式,在用户多业务请求的情况下,可以在两种或以上通信模式上同时提供通信服务。 [0051] The communication device can be implemented to provide two modes of communication while waiting to use the same service card SIM (or USIM card) of a user, and based on the user's service request, may be provided and adapted to select the service / service domain optimal communication mode, where the user multi-service request, communication service can be provided simultaneously on two or more communication modes.

[0052] 下面结合附图3、附图4和附图5对本发明实施例进行详细说明,为了简单描述,本发明以通信模块的个数为2个为例进行说明,但并不限于此,对于通信模块的个数为2个以上的终端与本发明的下述处理过程类似,仍在本发明的保护范围之内。 [0052] Figure 3 in conjunction with the following drawings, detailed description and accompanying drawings 4 Example 5 of the present invention, for ease of description, the present invention is as a number of the communication module 2 will be described as an example, but not limited to, the following process is the number of the communication module of the terminal and two or more similar to the present invention, is still within the scope of the present invention.

[0053] 图3是根据本发明实施例的终端的结构框图,如图3所示,该终端包括:通用终端服务模块,用于为终端提供常用的功能,该模块可以包括电源等;SIM卡(或USIM卡)冲突管理模块(即上文所述的冲突管理模块);A通信模块和B通信模块,例如,A通信模块支持与对应的通信接入技术网络(例如2G网络)的通信,B通信模块支持与对应的通信接入技术网络(例如3G网络)的通信;控制模块包括业务管理模块,通信管理模块,业务映射模块。 [0053] FIG. 3 is a block diagram showing an embodiment of a terminal according to the present invention, shown in Figure 3, the terminal comprising: a terminal services common module for providing common functionality to the terminal, the module may include a power supply; the SIM card (or USIM card) conflict management module (i.e. conflict management module as described above); a communication module and a communication module B, e.g., a communication module supporting communication with a corresponding network access technology (e.g. 2G network) communication, B communication module supports communication with a corresponding communication network access technologies (such as 3G network); and a control module comprises a service management module, the communication management module, the service mapping module.

[0054] 图4是根据本发明实施例的终端开机注册过程示意图,如图4所示,在终端的开机注册过程时,终端会向控制模块开机注册请求,该请求中携带有请求注册的业务域标识;控制模块根据开机注册请求中的业务域标识,会识别终端请求注册的业务域,分别映射适用各业务域的最优通信模块。 [0054] FIG. 4 is a schematic diagram of a registration process of the power terminal according to an embodiment of the present invention, as shown in FIG boot the terminal registration process, the terminal will start a registration request to the control module 4, the registration request carries the requested service domain identifier; control power module according to the service identifier field of the registration request, registration request identifies the terminal service domain, an optimal communication module is adapted mapped each service domain. 具体地,业务管理模块会接收A业务域的开机注册请求和B业务域的开机注册请求,业务映射模块会将A业务域优选在A通信模块上,并将B业务域优选在B通信模块上,通信管理模块会令A通信模块搜网,并令B通信模块搜网;之后,A通信模块和B通信模块与各自模式的网络建立通信,并完成业务注册后终端进入双待机状态,例如,A通信模块可以与GSM网络建立通信,在GSM网络完成业务注册后进入待机状态,B通信模块可以与TD-SCDMA网络建立通信,在TD-SCDMA网络完成业务注册后进入待机状态。 Specifically, the service management module receives a registration request boot request and boot registration business domain B A business domain, a communication module on the A, B and the service business domain mapping module will preferably service domain A preferred communication module B , the communication management module will make a communication module search network, and let B communication module network search; then, a communication module and the B communications module with a respective mode network to establish communications, and complete the service registration terminal enters the dual standby state, e.g., A communication module may establish communications with the GSM network, after service registration is completed in the GSM network into standby, B may establish communication with the communication module TD-SCDMA network, after service registration is completed into a standby state in TD-SCDMA network.

[0055] 图5是根据本发明实施例的终端业务处理过程示意图,如图5所示,在业务建立过程中,此时,终端处于双待机状态,终端向控制模块发送业务请求,该业务请求中携带有业务类型标识;控制模块可以根据业务类型标识及各通信模块网络质量选择最优的通信模块(A通信模块或B通信模块)(另外,控制模块也可以根据用户的操作选择通信模块),映射该业务在A通信模块或B通信模块上;另外,多业务并发时,控制模块会管理多个业务在A 和B通信模块上同时进行通信,实现双通。 [0055] FIG. 5 is a terminal business process embodiment of the present invention, a schematic embodiment shown in Figure 5, the service establishment process, this time, in the dual-standby terminal, the terminal sends a service request to the control module, the service request carries the service type identifier; control module may select an optimal communication module (a communication module or communication module B) (in addition, the control module may be selected according to a user's operation of the communication module) according to the service quality of a communication type identifier and each network module mapping the service A in the communication module or communication module B; in addition, the concurrent multi-service, the control module will manage multiple simultaneous communication services A and B in the communication module, the double pass. 具体地,控制模块向业务管理模块发送A业务域业务请求,业务映射模块将A业务域优选在A通信模块上,通信管理模块会向A通信模块发起业务连接,A通信模块建立A业务域的业务,同样地,控制模块向业务管理模块发送B业务域业务请求,业务映射模块将B业务域优选在B通信模块上,通信管理模块会向B通信模块发起业务连接,B通信模块建立B业务域的业务。 Specifically, the control module transmits A service domain service request to the service management module, the service mapping module A business domain is preferred over A communication module, the communication management module initiates a service connection to the A communication module A communication module to establish service A domain service, in the same manner, the control module sends a service B domain service request to the service management module, the service mapping module B business domain preferably on the B communications module, the communication management module initiates a service connection to the B communications module B communication module to establish the service B business domain.

[0056] 终端处于双待机状态下时,如果某一通信模块(例如通信模块1)与相应网络失去联系或不足以提供高质量的服务,控制模块可以将通信模块1上的业务转移至另一次优通信模块上待机或继续业务,并监测通信模块1,待通信模块1恢复覆盖或服务质量后,将通信模块1的业务转移回本通信模块待机或进行业务。 [0056] When the terminal is in a dual standby state, if a communication module (e.g., a communication module) to the corresponding network lost contact or insufficient to provide high quality services, traffic control module can be transferred on the communication module to another excellent on standby or continue a communication service module, and monitoring a communication module, a communication module to be covered after recovery or quality of service, a transfer service of the communication module back to the standby communication module or service.

[0057] 通信模块A和通信模块B对同一SIM卡(或USIM卡)进行操作时,由SIM卡(或USIM卡)冲突管理模块进行管理和协调,例如通信模块A和通信模块B执行所分配的业务时,通信模块A和通信模块B会将将参数信息写入至SIM卡,在通信模块A和通信模块B均向SIM卡进行写入时,冲突管理模块会判断通信模块A和通信模块B之间是否出现写入参数信息的冲突,并在判断结果为是的情况下,冲突管理模块会控制通信模块A和通信模块B 中的一个通信模块(例如通信模块A)将需要写入的参数信息写入SIM卡中,并控制其他通信模块(例如通信模块B)将需要写入的参数信息写入终端的缓存中。 [0057] When the communication module A and the communication module B on the same SIM card (or USIM card) is operated, managed and coordinated by the SIM (or USIM card) conflict management module, such as a communication module A and the communication module B executing its assigned when the service, a communication module and a communication module B a parameter information will be written to the SIM card, when the communication modules a and B are the communication module to write to the SIM card, conflict management module determines a communication module and a communication module a case whether a collision occurs between the write parameter information B, and the determination result is YES, a conflict management module controls the communication module (e.g., the communication module a) a communication module and the communication module B will need to be written parameter information is written to the SIM card, and controls other communication modules (e.g., the communication module B) parameter information to be written, to the cache of the terminal.

[0058] 下面以TD-SCDMA/GSM单卡双待双通终端为例,说明本发明的实施方式。 [0058] In the following TD-SCDMA / GSM dual standby card through a single terminal as an example, embodiments of the present invention.

[0059] 步骤1,根据TD-SCDMA可以提供高速数据业务(PQ,以及GSM覆盖成熟可以提供优秀的语音业务(⑶)体验的特点,确定业务优选网络的原则是:CS优选GSM通信模块(例如通信模块A,该通信模块A支持与GSM网络的通信,PS优选TD-SCDMA通信模块(例如通信模块B,该通信模块B支持与TD-SCDMA网络的通信),但因通信模块A无法支持CS域(即电路承载域)的VT(即可视电话)业务,所以VT业务仅在通信模块B进行。 [0059] Step 1, the TD-SCDMA can provide high-speed data services (the PQ, and GSM coverage maturation can provide excellent voice service (⑶) experience characteristics, determined Principle for the preferred network is: CS preferably GSM communication module (e.g. a communication module, the communication module a communication support GSM network, PS is preferably TD-SCDMA communication module (e.g., communication modules B, B supports a communication module with the communication TD-SCDMA network), but can not support CS communication module a VT (videophone) field (i.e. field circuit bearer) service, the VT service only the communication module B.

[0060] 步骤2,终端开机后,控制模块识别CS域和PS域(即数据域)的注册请求,根据优选原则,分别启动通信模块A和通信模块B搜索网络并尝试正常驻留。 [0060] Step 2, after the terminal is powered on, the control module registration request identifies the CS domain and the PS domain (i.e., data fields), according to the preferred principles, respectively, start the communication module and the communication module A and B try to search normally reside.

[0061] 具体地,TD-SCDMA系统正常驻留后,在该系统上进行PS注册过程,注册成功后, TD-SCDMA系统进入正常待机;GSM系统正常驻留后,在该系统上进行CS注册过程,注册成功后GSM系统进入正常待机。 After [0061] Specifically, TD-SCDMA systems normally resides, the PS registration process on the system, after successful registration, TD-SCDMA system, normal standby; Camped normally the GSM system, a CS register on the system after the process, the registration is successful GSM system enters the normal standby. 这样,CS和PS分别在GSM和TD-SCDMA系统注册成功后终端进入双待机状态。 Thus, CS, and PS, respectively, GSM and TD-SCDMA systems after successful registration terminal enters the dual standby state.

[0062] 其中,上述PS注册和CS注册无先后顺序,终端在网络系统上正常驻留后就可以在该系统上进行注册过程,并且,两个系统的注册过程可以同时进行。 [0062] wherein the CS and PS registration register in no particular order, the terminal normally residing on the network system after the registration process may be performed on the system, and the registration process of the two systems can be performed simultaneously.

[0063] 步骤3,发起业务时,识别发起的业务域业务,映射该业务在注册的通信模块上发起并进行,[0064] 具体地,如果识别该业务为CS域非VT业务,则查看CS域注册的通信模块为通信模块A,映射该CS业务在通信模块A上发起并进行;如果识别该业务为PS域业务,查看PS 域注册的通信模块为通信模块B,映射该PS业务在通信模块B上发起并进行;如果识别该业务为CS域VT业务,则映射该业务在通信模块B上进行,将CS域切换至TD-SCDMA网络上注册,并进行VT业务。 [0063] Step 3, when initiating a service, to identify the service initiated domain service, mapping the service initiated and performed on a register of the communication module, [0064] Specifically, if the identification of the service as a CS domain non-VT service, check CS domain registration communication module to the communication module a, map the CS service initiated and carried out on the communication module a; if it is recognized that the service is a PS domain service, view a communication module PS domain registration of the communication module B, maps the PS service in the communication and initiates the module B; if the identified service is a CS service domain VT, the mapping performed on the service communication module B, the handover to the CS domain on the TD-SCDMA network registration, and VT service. VT业务释放后将CS切换至优选通信模块A并待机。 After the release of VT is switched to the CS service module A preferred communication and standby.

[0065] 步骤4,发起业务时,如果有另一业务域的业务正在进行,支持TD-SCDMA和GSM系统同时工作,终端进入双通的工作方式。 [0065] Step 4, when initiating service, if there is another ongoing service business domain, supporting GSM and TD-SCDMA systems simultaneously, into the two-terminal work.

[0066] 例如,CS域业务在通信模块A上正在进行,发起PS域业务,查看PS域注册的通信模块为通信模块B,映射该PS业务在通信模块B上发起并进行,此时不影响GSM通信模块上的CS域业务正常进行;PS域业务在通信模块B上正在进行,发起CS域非VT业务,查看CS 域注册的通信模块为通信模块A,映射该CS业务在通信模块A上发起并进行,此时不影响通信模块B上的PS域业务正常进行。 [0066] eg, CS domain service in progress on the communication module A initiates the PS domain service, the communication module PS domain registration view of the communication module B, maps and the PS service initiated on the communication module B, at this time does not affect CS domain service on GSM communication module normally performed; the PS domain service in progress on the communication module B, initiating the CS domain non-VT service, view the CS domain communication module of the communication module register a, mapping the CS service in the communication module a and initiating, at this time does not affect the PS domain service on the communication module B normally.

[0067] 步骤5,如果在双待机或业务进行的过程中,TD或GSM系统与网络失去正常联系, 即丢失覆盖,则将该优选在该通信模块上的业务域转移到正常待机/业务的通信模块,在该通信模块上注册并承载相关业务。 [0067] Step 5, if during a dual standby or business conducted, the TD GSM system or loss of normal contact with the network, i.e. the loss of coverage, it is preferably the transition to the normal standby service domain on the communication module / service communication module, the communication module registered and bearer related operations. 如该业务域的最优通信模块恢复覆盖,则将该业务域重新转移至最优通信模块上注册并承载相关业务。 The optimum communication module to restore the service coverage domain, the traffic is re-transferred onto the field and optimum communication module registered bearer-related services.

[0068] 步骤6,SIM卡(或USIM卡)冲突管理模块识别TD-SCDMA和GSM系统对SIM卡(或USIM卡)的访问文件和参数,依据冲突或维护方便原则,提取部分或全部文件和参数, 依据操作的通信模块进行存储、更新和读取等访问控制。 [0068] Step. 6, the SIM (or USIM card) conflict management module identifies a TD-SCDMA and GSM systems to the SIM (or USIM card) to access files and parameters, based on the conflict to facilitate principles or maintenance, extract some or all of the files and parameters, according to the communication module for storing the operation, update, and read access control and the like.

[0069] 需要说明的是,上述过程并无先后之分,步骤标记仅是为了清楚说明本发明的不同实施场景。 [0069] Incidentally, there is no particular order, the above-described process, the step of marking only scenarios for clarity of illustration various embodiments of the present invention.

[0070] 借助于本发明的上述技术方案,使得终端能够借助其所支持的多个网络同时进行通信,并借助业务分配规则设置每个网络开展的业务,有助于使终端所支持的每个网络都能够发挥各自的特长,为终端提供相应的业务(例如,终端可以通过2G网络实现语音业务, 同时借助3G网络实现数据业务,从而借助2G和3G网络各自的特点得到高质量的服务),避免单一网络为终端提供所有业务时,由于单个网络本身的限制而无法兼顾所有业务需求的问题,提高用户的业务体验,有利于多种通信模式的融合和发展;并且,本终端无需改变用户识别信息(单SIM卡),从而减少用户的操作量。 [0070] With the above aspect of the present invention, by means of which it enables the terminal to support multiple simultaneous communications network, and the service provided by the business rule assigned to each network to carry out, helps to each supported terminal network can play to their strengths, to provide a corresponding service to the terminal (e.g., voice service may be implemented by a terminal 2G network, while the 3G network by means of data services to 2G and 3G networks by their characteristics high quality of service), avoid single network to provide all the services for the terminal, due to the limitations of a single network itself can not take into account the needs of all business problems, improve user service experience, is conducive to the integration and development of a variety of communication modes; and, this terminal without changing user identification information (single SIM card), thereby reducing the operation amount of the user.

[0071] 以上所述仅为本发明的较佳实施例而已,并不用以限制本发明,凡在本发明的精神和原则之内,所作的任何修改、等同替换、改进等,均应包含在本发明的保护范围之内。 [0071] The foregoing is only preferred embodiments of the present invention but are not intended to limit the present invention, any modifications within the spirit and principle of the present invention, the, equivalent substitutions, improvements should be included in the within the scope of the present invention.

Claims (10)

  1. 1. 一种通信实现方法,应用于终端,所述终端包括控制模块和多个通信模块,其特征在于,所述方法包括:控制模块接收来自终端的业务请求,识别所述业务请求中携带的业务类型标识;所述控制模块根据所述业务类型标识以及业务分配规则将需要进行的业务分配给对应的通信模块,并控制所述通信模块与所述通信模块对应的通信接入技术网络进行通信以执行分配的业务,其中,所述业务规则包括业务类型以及执行该业务所使用的通信接入技术网络。 A communication method implemented, is applied to a terminal, said terminal comprising a control module and a plurality of communication modules, characterized in that, said method comprising: a control module receives a service request from the terminal, to identify the service carried in the request service type identifier; allocating the traffic control module according to the service type identifier and a service rules need to be assigned to a corresponding communication module, and controls the communication module and the communication module corresponding to the communication access technology communication networks to carry out the distribution service, wherein the service rule comprises service type, and perform the communication access technology used by the service network.
  2. 2.根据权利要求1所述的通信实现方法,其特征在于,所述控制模块接收来自终端的业务请求之前,所述方法还包括:所述控制模块接收来自终端的开机注册请求,其中,所述开机注册请求中携带有请求注册的业务域标识;所述控制模块根据所述请求注册的业务域标识以及所述业务分配规则,将所述开机注册请求通过对应的通信模块发送给该通信模块支持的通信接入技术网络,以使该通信模块接入该通信模块支持的通信接入技术网络。 2. The method according to realize communication according to claim 1, characterized in that, before the control module receives a service request from a terminal, the method further comprising: the power control module receives a registration request from the terminal, wherein the said turn-on registration request carries the service domain ID registration request; said control module according to the service domain of the service identifier and the allocation rule requested to be registered, the start of the registration request to the communication module through a corresponding communication module supported communication network access technologies, so that the communication module access to the communication module supports communication access network technologies.
  3. 3.根据权利要求1所述的通信实现方法,其特征在于,还包括:如果所述多个通信模块中的任一个通信模块与该通信模块支持的通信接入技术网络无法建立连接,所述控制模块将已分配给该通信模块的业务分配给除该通信模块之外的其他通信模块。 The communication method implemented according to claim 1, characterized in that, further comprising: if the plurality of communication modules in any one of the communication module and the communication module supporting communication network access technologies not establish a connection, the distribution service module that has been assigned to control the communication module to other communication modules other than the communication module.
  4. 4.根据权利要求1所述的通信实现方法,其特征在于,所述终端还包括冲突管理模块和SIM卡,其中,在所述多个通信模块执行所分配的业务的过程中,所述方法进一步包括:所述多个通信模块将参数信息写入至所述SIM卡中,其中,所述冲突管理模块在所述多个通信模块向所述SIM卡进行写入时,判断所述多个通信模块之间是否出现写入参数信息的冲突,并在判断结果为是的情况下,控制所述多个通信模块中的一个通信模块将需要写入的参数信息写入所述SIM卡中,并控制其他通信模块将需要写入的参数信息写入所述终端的缓存中。 The communication method implemented according to claim 1, characterized in that the terminal further comprises a conflict management module and the SIM card, wherein, during the execution of the assigned traffic of the plurality of communication modules, the method further comprising: a plurality of communication modules to the parameter information is written to the SIM card, wherein, when the conflict management module in the plurality of communication modules writing to the SIM card, determining a plurality of case whether a collision occurs between the write parameter information communication modules, and the determination result is YES, control parameter information of the plurality of communication modules in a communication module to be written, in the SIM card, and control parameter information to other communication modules need to be written to the write cache of the terminal.
  5. 5.根据权利要求1至4中任一项所述的通信实现方法,其特征在于,所述业务分配规则还包括以下至少之一:根据用户的选择、网络覆盖、业务质量。 The communication according to any one of claims 1 to 4, implemented method, wherein, said traffic distribution rule further comprises at least one of the following: the user's option, network coverage and service quality.
  6. 6. 一种通信实现装置,应用于终端,其特征在于,所述通信实现装置包括控制模块和多个通信模块,其中,所述控制模块用于接收来自终端的业务请求,并识别所述业务请求中携带的业务类型标识;并且,所述控制模块还用于根据所述业务类型标识以及业务分配规则将需要进行的业务分配给对应的通信模块,并控制所述通信模块与所述通信模块对应的通信接入技术网络进行通信以执行分配的业务,其中,所述业务规则包括业务类型以及执行该业务所使用的通信接入技术网络;所述多个通信模块用于在所述控制模块的控制下与所述通信模块对应的通信接入技术网络进行通信以执行所分配的业务。 A communication apparatus implemented, applied to a terminal, wherein said communication means includes a control module and achieve a plurality of communication modules, wherein said control means for receiving a service request from the terminal, and identifying the service request carries the service type identifier; and said control module is further used for traffic assignment according to the service type identifier and business rules need to be assigned to a corresponding communication module, and controls the communication module and the communication module corresponding to the communication access technology communication networks to perform the assigned traffic, wherein the business rule comprises service type, and communication network access technology used by the service performed; the plurality of communication modules to the control module under the control of the communication module corresponding to the communication access technology communication networks to perform the assigned traffic.
  7. 7.根据权利要求6所述的通信实现装置,其特征在于,所述控制模块还用于接收来自终端的开机注册请求,其中,所述开机注册请求中携带有请求注册的业务域标识;并且,所述控制模块还用于根据所述请求注册的业务域标识以及所述业务分配规则,将所述开机注册请求通过对应的通信模块发送给该通信模块支持的通信接入技术网络,以使该通信模块接入该通信模块支持的通信接入技术网络。 The communication of the device 6 according to claim 1., wherein the power control module is further configured to receive a registration request from the terminal, wherein, the registration request carries the boot service registration request identifier field; and the control module is further configured according to the service domain of the service identifier and the allocation rule registration request, the registration request transmits power to the communication module supports communication network by a corresponding access technology communication module, such that the communication module access to the communication module supports communication network access technologies.
  8. 8.根据权利要求6所述的通信实现装置,其特征在于,所述控制模块还用于在所述多个通信模块中的任一个通信模块与该通信模块支持的通信接入技术网络无法建立连接情况下,将已分配给该通信模块的业务分配给除该通信模块之外的其他通信模块。 The communication of the apparatus according to claim 1. 6, characterized in that the control module is further to any one communication module for the plurality of communication modules to the communication module supporting communication network access technologies can not create the connection, the traffic distribution has been allocated to the communication module to other communication modules other than the communication module.
  9. 9.根据权利要求6所述的通信实现装置,其特征在于,所述通信实现装置还包括:冲突管理模块和SIM卡,其中,所述冲突管理模块用于在所述多个通信模块执行所分配的业务的过程中,且所述多个通信模块将参数信息写入至所述SIM卡的情况下,在所述多个通信模块向所述SIM卡进行写入时,判断所述多个通信模块之间是否出现写入参数信息的冲突,并在判断结果为是的情况下,控制所述多个通信模块中的一个通信模块将需要写入的参数信息写入所述SIM卡中,并控制其他通信模块将需要写入的参数信息写入终端的缓存中。 The communication of the apparatus according to claim 1. 6, characterized in that said communication apparatus further implement comprising: a conflict management module and the SIM card, wherein the conflict management module is configured to perform the plurality of communication modules in the case of service distribution process, and the plurality of communication modules writes the parameter information to the SIM card, when writing the plurality of communication modules to the SIM card, determining a plurality of case whether a collision occurs between the write parameter information communication modules, and the determination result is YES, control parameter information of the plurality of communication modules in a communication module to be written, in the SIM card, and controls other communication modules needs to be written to the write cache parameter information terminal.
  10. 10.根据权利要求6至9中任一项所述的通信实现装置,其特征在于,所述业务分配规则还包括以下至少之一:根据用户的选择、网络覆盖、业务质量。 The communication 6-1 according to any of claims 9 implemented apparatus, wherein, said traffic distribution rule further comprises at least one of the following: the user's option, network coverage and service quality.
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