WO2015117484A1 - Single-card dual-standby telecommunication service platform management method, device and terminal - Google Patents

Single-card dual-standby telecommunication service platform management method, device and terminal Download PDF

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Publication number
WO2015117484A1
WO2015117484A1 PCT/CN2014/093226 CN2014093226W WO2015117484A1 WO 2015117484 A1 WO2015117484 A1 WO 2015117484A1 CN 2014093226 W CN2014093226 W CN 2014093226W WO 2015117484 A1 WO2015117484 A1 WO 2015117484A1
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network
layer
service
modem
module
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PCT/CN2014/093226
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French (fr)
Chinese (zh)
Inventor
陈迎娟
昂鑫
孙奥
孙军斌
龚玄辉
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深圳市中兴微电子技术有限公司
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Publication of WO2015117484A1 publication Critical patent/WO2015117484A1/en

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W60/00—Affiliation to network, e.g. registration; Terminating affiliation with the network, e.g. de-registration
    • H04W60/005—Multiple registrations, e.g. multihoming
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
    • H04W88/02—Terminal devices
    • H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals

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  • the present invention relates to mobile communication technologies, and in particular, to a method, an apparatus and a terminal for managing a single card dual standby telecom service platform.
  • embodiments of the present invention are expected to provide a single card dual standby telecom service platform management method, apparatus, and terminal.
  • the embodiment of the invention provides a method for managing a single card dual standby telecom service platform, the method comprising:
  • the application interface layer of the terminal sends a packet switched (PS) service request to the dual standby management layer;
  • PS packet switched
  • the dual standby management layer selects the first modulation and demodulation layer or the second modulation and demodulation layer to perform the PS service according to the state of the second network reported by the second modulation and demodulation layer; a first modem layer for camping on a first network, a second modem layer for camping on a second network, the first network being a network that preferentially performs circuit switched (CS) services,
  • the second network is a network that preferentially performs PS services.
  • An embodiment of the present invention provides a single card dual standby telecommunication service platform management device, where the device includes: an application interface module, a dual standby management module, a first modulation and demodulation module, and a second modulation and demodulation module;
  • the application interface module is configured at the application interface layer, and is configured to send the PS service request to the dual standby management module.
  • the dual standby management module is configured to receive the PS service request, and select the first modem module or the second modem module to perform the PS service according to the state of the second network reported by the second modem module. ;
  • the first modem module is disposed in the first modem layer, configured to stand by in the first network, and perform CS service and PS service in the first network;
  • the second modem module is disposed in the second modem layer, configured to stand by in the second network, and perform PS service in the second network;
  • the first network is a network that preferentially performs CS services
  • the second network is a network that preferentially performs PS services.
  • the embodiment of the invention further provides a terminal, which comprises the above-mentioned single card dual standby telecommunication service platform management device.
  • the embodiment of the invention provides a method, a device and a terminal for managing a single card dual standby telecom service platform.
  • the application interface layer of the terminal sends a packet switching (PS) service request to the dual standby management layer, and the dual standby management layer receives After the PS service request, according to the state of the second network reported by the second modem layer, the first modulation demodulation layer or the second modulation and demodulation layer is selected to perform PS service, and the first modulation and demodulation layer is used for standby.
  • PS packet switching
  • the second modem layer is configured to stand by in a second network
  • the first network is a network that preferentially performs circuit switched (CS) services
  • the second network is optimal
  • FIG. 1 is a schematic flowchart of a method for managing a single card dual standby telecommunication service platform according to an embodiment of the present invention
  • FIG. 2 is a schematic structural diagram of management of a single card dual standby telecommunication service platform according to an embodiment of the present invention
  • FIG. 3 is a schematic flowchart of a PS service migration process according to an embodiment of the present disclosure
  • FIG. 4 is a schematic structural diagram of a single card dual standby telecommunication service platform management apparatus according to an embodiment of the present invention.
  • the application interface layer of the terminal sends the PS service request to the dual standby management layer, and after the dual standby management layer receives the PS service request, according to the state of the second network reported by the second modem layer, Selecting a first modem layer or a second modem layer for performing PS service, the first modem layer is used to stand by in the first network, and the second modem layer is used to stand by in the second network,
  • the first network is a network that preferentially performs CS services
  • the second network is a network that preferentially performs PS services.
  • the network that preferentially performs the CS service refers to a network that is relatively stable in processing the CS service capability and has a slightly worse PS service capability than the second network; the network that preferentially performs the PS service refers to a network that only provides the PS service processing capability. Or the ability to handle CS services is not as good as the first network, but the network that handles PS services is slightly better than the first network.
  • the embodiment of the invention implements a single card dual standby telecom service platform management method. As shown in FIGS. 1 and 2, the method includes the following steps:
  • Step 101 The application interface layer of the terminal sends the PS service request to the dual standby management layer.
  • Step 102 After receiving the PS service request, the dual standby management layer selects the first modem layer or the second modem layer to perform the PS service according to the state of the second network reported by the second modem layer.
  • the first modem layer is used to stand by in the first network
  • the second modem layer is used to stand by in the second network
  • the first network is a network that preferentially performs CS services, such as a 2G network
  • the second network is a network that preferentially performs PS services, such as a 3G or 4G network
  • the status of the second network may be represented by ZPsstat.
  • the normal and abnormal here refers to whether data can be exchanged through the second network, including whether there is a signal of the second network, the magnitude of the signal strength, whether the data connection is enabled on the terminal, and the like.
  • the second modulation and demodulation layer is selected to perform the PS service, including: when the ZPsstat is normal, the dual standby management layer sends the PS service request to the second telecommunication service framework layer, where the second The telecommunication service framework layer sends the PS service request to the second adaptation layer, and the second adaptation layer converts the PS service request into an at command and sends the signal to the second modulation and demodulation layer, where the second modulation Demodulation layer performs PS service according to the at command;
  • the first modem layer is selected to perform the PS service, including: when the ZPsstat is abnormal, the dual standby management layer sends the PS service request to the first telecommunication service framework layer, where Transmitting, by the first telecommunication service framework layer, the PS service request to the first adaptation layer, where the first adaptation layer converts the PS service request into an at command, and sends the PS service request to the first modulation and demodulation layer, where A modem layer performs PS traffic according to the at command.
  • the method further includes: when the terminal performs the PS service, the dual standby management layer migrates the PS service from the first modulation and demodulation layer to the second modulation solution according to the state of the second network reported by the second modulation and demodulation layer. Modulating or migrating from the second modem layer to the first modem layer, typically occurs In the three cases, the migration of the PS service is required, as shown in FIG.
  • the process 1 indicates that the second modulation and demodulation layer reports that the state ZPsstat of the LTE network is normal:
  • the terminal state is set to the performing state (doing), and the current PS service attachment network of the terminal is queried:
  • the GSM network When the GSM network is attached, it is queried whether the PDP is activated. If activated, the LTE signal strength is obtained, and the LTE signal strength is determined to meet the set threshold. When the LTE signal strength is met, the asynchronous channel is switched, and the PDP context synchronization is performed, and the subsequent PS service is sent.
  • the process 2 indicates that the second modulation and demodulation layer reports that the state ZPsstat of the LTE network is abnormal and the data connection is open:
  • the dual standby management layer determines that the terminal status is IDLE and there is no PDP activation process. Set the terminal status to doing and query the current PS service attachment network of the terminal:
  • the process 3 indicates that the second modem layer reports that the state of the second network is abnormal and the data connection is closed:
  • the terminal status is set to the doing state, and the current PS service attachment network of the terminal is queried:
  • ZPsstatGMS 1
  • detach the LTE network switch the asynchronous channel, attach to the GSM network, activate the PDP in the GSM network, obtain the activation result, set the terminal status to the IDLE state, and activate
  • the subsequent PS service is sent to the first modem layer to execute, continue to detect ZPsstat, and perform the migration process according to the value of ZPsstat; when the activation result is unsuccessful, continue to detect ZPsstat, and execute flow 1 according to the value of ZPsstat Or process 3.
  • the method further includes: when the application interface layer of the terminal receives the CS service request, sending the CS service request to the first telecommunication service framework layer, where the first telecommunication service framework layer is configured by using the first adaptation layer After the CS service request is converted into an at command of the CS service, it is sent to the first modem layer, and the first modem layer performs CS service in the first network.
  • the first telecommunication service framework layer is further configured to use the signal strength of the first network, a network system, a message of the notification bar, and the like are reported to the application interface layer for display;
  • the second telecommunication service framework layer is further configured to report the signal strength of the second network, the second network standard, and the like to the application interface layer for display;
  • the notification The message in the column includes call notification, SMS notification, and the like.
  • the present invention further provides a single card dual standby telecommunication service platform management device.
  • the device includes: an application interface module 41, a dual standby management module 42, a first modem module 43, and a first Two modem modules 44; wherein
  • the application interface module 41 is disposed at the application interface layer, and configured to send the PS service request to the dual standby management module 42;
  • the dual standby management module 42 is configured to be in the dual standby management layer, configured to receive the PS service request, and select the first modem module 43 or the second modem module according to the state of the second network reported by the second modem module 44. 44 performing PS business;
  • the first modem module 43 is disposed in the first modem layer, configured to stand by in the first network, and perform CS service and PS service in the first network;
  • the second modem module 44 is disposed in the second modem layer, configured to stand by in the second network, and perform PS service in the second network;
  • the first network is a network that preferentially performs CS services
  • the second network is a network that preferentially performs PS services.
  • the dual standby management module 42 is specifically configured to select the second modem module 44 to perform the PS service according to the state of the second network, and select the first modem module 43 according to the abnormal state of the second network. Perform PS business;
  • the device further includes: a first telecommunication service framework module 45, a second telecommunication service framework module 46, a first adaptation module 47, and a second adaptation module 48, wherein
  • the dual standby management module 42 is specifically configured to send a PS service request to the second telecommunication service framework module 46 when the state of the second network is normal;
  • the second telecommunication service framework module 46 is disposed at the second telecommunication service framework layer and configured to The PS service request is sent to the second adaptation module 48;
  • the second adaptation module 48 is disposed in the second adaptation layer, configured to convert the PS service request into an at command and send it to the second modem module 44;
  • the second modem module 44 is specifically configured to perform a PS service according to the at command.
  • the dual standby management module 42 is specifically configured to send a PS service request to the first telecommunication service framework module 45 when the state of the second network is abnormal;
  • the first telecommunication service framework module 45 is disposed in the first telecommunication service framework layer, and configured to send the PS service request to the first adaptation module 47;
  • the first adaptation module 47 is disposed in the first adaptation layer, configured to convert the PS service request into an at command, and then sent to the first modem module 43;
  • the first modem module 43 is specifically configured to perform PS services according to the at command.
  • the dual standby management module 42 is further configured to migrate the PS service from the first modem module 43 to the second according to the state of the second network reported by the second modem module 44 during the PS service process.
  • the modem module 44 is either migrated by the second modem module 44 to the first modem module 43.
  • the dual standby management module 42 determines that the current PS service is attached to the first network, whether the PDP is activated, and if activated, acquires The second network signal strength, when the second network signal strength meets the threshold, switches the asynchronous channel, and performs PDP context synchronization, and the subsequent PS service is sent to the second modem module 44; if not, the PS service is The first network is detached, the asynchronous channel is switched, and the PS service is attached to the second network, and the subsequent PS service is sent to the second modem module 44 for execution.
  • the dual standby management module 42 determines that the current PS service is attached to the second network, switches the asynchronous channel, and performs PDP. Context synchronization, subsequent PS services are sent to the first modulation solution
  • the tuning module 43 executes;
  • the dual standby management module 42 determines that the current PS service is attached to the second network, and the query flight mode is closed. After the state of the first network is normal, the second network is detached, the asynchronous channel is switched, and the first network is attached, and the PDP is activated on the first network. When the activation result is successful, the subsequent PS service is sent to the first modulation.
  • the demodulation module 43 executes.
  • the application interface module 41 is further configured to send the CS service request to the first telecommunication service framework module 45 when receiving the CS service request;
  • the first telecommunication service framework module 45 is further configured to convert the CS service request into an at command of the CS service by using the first adaptation module 47, and then send the command to the first modem module 43.
  • the embodiment of the present invention further provides a single card dual standby terminal, and the device includes the single card dual standby telecommunication service platform management device shown in FIG.
  • a single card dual standby telecom service is implemented based on two independent modulation and demodulation layers, which can be transplanted on any modulation and demodulation layer platform while ensuring high quality online service and telephone service of the user.

Abstract

Disclosed is a single-card dual-standby telecommunication service platform management method, comprising: an application interface layer of a terminal transmits a packet switching (PS) service request to a dual-standby management layer; upon receiving the PS service request, the dual-standby management layer selects a first modulation/demodulation layer or a second modulation/demodulation layer to implement the PS service according to the status of a second network reported by the second modulation/demodulation layer, the first modulation/demodulation layer being used to stand by on a first network and the second modulation/demodulation network being used to stand by on the second network, the first network being a network preferentially implementing circuit switching (CS) service, the second network being a network preferentially implementing PS service. Also disclosed are a single-card dual-standby telecommunication service platform management device and terminal.

Description

一种单卡双待电信业务平台管理方法、装置和终端Single card dual standby telecom service platform management method, device and terminal 技术领域Technical field
本发明涉及移动通信技术，尤其涉及一种单卡双待电信业务平台管理方法、装置和终端。The present invention relates to mobile communication technologies, and in particular, to a method, an apparatus and a terminal for managing a single card dual standby telecom service platform.
背景技术Background technique
近年来移动网络技术迅猛发展，4G网络以其网络速度快、信号覆盖广，可以满足人们随时随地快速分享的需求而逐渐成为主流的网络模式。而对于2G网络，在3G普及、4G问世之后，凭借着其稳定性好、兼容性强，依旧在移动网络中占据重要的地位，并没有被运营商和各移动终端制造商所抛弃。如何将4G的网络快速性和2G的稳定性完美的融合在一起呢？既能满足用户随时随地快速视频、娱乐的需求，又能充分的保障任何地点的通话质量，同时又能极大的方便用户使用，在这种情形下，单卡单带双模或多模终端应运而生。单卡单带双模或多模终端上，一种模式用于上网业务，一种模式用于电话短信业务，但仅用一个调制解调层(Modem)实现。In recent years, the rapid development of mobile network technology, 4G network with its network speed, wide signal coverage, can meet the needs of people quickly sharing anytime and anywhere and gradually become the mainstream network mode. For the 2G network, after the popularity of 3G and the advent of 4G, with its good stability and strong compatibility, it still plays an important role in the mobile network, and has not been abandoned by operators and mobile terminal manufacturers. How to combine 4G network fastness and 2G stability perfectly? It can not only meet the needs of users for fast video and entertainment anytime and anywhere, but also fully guarantee the quality of calls in any place, and at the same time greatly facilitate user's use. In this case, single-card single-band dual-mode or multi-mode terminal It came into being. On a single-card single-band dual-mode or multi-mode terminal, one mode is used for Internet access services, and one mode is used for telephony short message service, but only with one modem layer.
发明内容Summary of the invention
为解决现有存在的技术问题，本发明实施例期望提供一种单卡双待电信业务平台管理方法、装置和终端。In order to solve the existing technical problems, embodiments of the present invention are expected to provide a single card dual standby telecom service platform management method, apparatus, and terminal.
本发明实施例的技术方案是这样实现的：The technical solution of the embodiment of the present invention is implemented as follows:
本发明实施例提供一种单卡双待电信业务平台管理方法，该方法包括：The embodiment of the invention provides a method for managing a single card dual standby telecom service platform, the method comprising:
终端的应用界面层将分组交换(PS)业务请求发送给双待管理层；The application interface layer of the terminal sends a packet switched (PS) service request to the dual standby management layer;
所述双待管理层接收到PS业务请求后，根据第二调制解调层上报的第二网络的状态，选择第一调制解调层或第二调制解调层执行PS业务；所述 第一调制解调层用于待机在第一网络，所述第二调制解调层用于待机在第二网络，所述第一网络为优先执行电路交换(CS)业务的网络，所述第二网络为优先执行PS业务的网络。After receiving the PS service request, the dual standby management layer selects the first modulation and demodulation layer or the second modulation and demodulation layer to perform the PS service according to the state of the second network reported by the second modulation and demodulation layer; a first modem layer for camping on a first network, a second modem layer for camping on a second network, the first network being a network that preferentially performs circuit switched (CS) services, The second network is a network that preferentially performs PS services.
本发明实施例提供一种单卡双待电信业务平台管理装置，该装置包括：应用界面模块、双待管理模块、第一调制解调模块、第二调制解调模块；其中，An embodiment of the present invention provides a single card dual standby telecommunication service platform management device, where the device includes: an application interface module, a dual standby management module, a first modulation and demodulation module, and a second modulation and demodulation module;
应用界面模块设置在应用界面层，配置为将PS业务请求发送给双待管理模块；The application interface module is configured at the application interface layer, and is configured to send the PS service request to the dual standby management module.
双待管理模块设置在双待管理层，配置为接收PS业务请求，根据第二调制解调模块上报的第二网络的状态，选择第一调制解调模块或第二调制解调模块执行PS业务；The dual standby management module is configured to receive the PS service request, and select the first modem module or the second modem module to perform the PS service according to the state of the second network reported by the second modem module. ;
第一调制解调模块设置在第一调制解调层，配置为待机在第一网络，在第一网络下执行CS业务和PS业务；The first modem module is disposed in the first modem layer, configured to stand by in the first network, and perform CS service and PS service in the first network;
所述第二调制解调模块设置在第二调制解调层，配置为待机在第二网络，在第二网络下执行PS业务；The second modem module is disposed in the second modem layer, configured to stand by in the second network, and perform PS service in the second network;
其中，所述第一网络为优先执行CS业务的网络，所述第二网络为优先执行PS业务的网络。The first network is a network that preferentially performs CS services, and the second network is a network that preferentially performs PS services.
本发明实施例还提供一种终端，该终端包括上述的单卡双待电信业务平台管理装置。The embodiment of the invention further provides a terminal, which comprises the above-mentioned single card dual standby telecommunication service platform management device.
本发明实施例提供了一种单卡双待电信业务平台管理方法、装置和终端，终端的应用界面层将分组交换(PS)业务请求发送给双待管理层，所述双待管理层接收到PS业务请求后，根据第二调制解调层上报的第二网络的状态，选择第一调制解调层或第二调制解调层执行PS业务，所述第一调制解调层用于待机在第一网络，所述第二调制解调层用于待机在第二网络，所述第一网络为优先执行电路交换(CS)业务的网络，所述第二网络为优 先执行PS业务的网络；如此，基于独立的两个调制解调层实现单卡双待电信业务，能够在保障用户高质量的上网业务和电话业务的同时，可在任何调制解调层平台上移植通用，具有很强的可移植性，具有广阔的市场空间。The embodiment of the invention provides a method, a device and a terminal for managing a single card dual standby telecom service platform. The application interface layer of the terminal sends a packet switching (PS) service request to the dual standby management layer, and the dual standby management layer receives After the PS service request, according to the state of the second network reported by the second modem layer, the first modulation demodulation layer or the second modulation and demodulation layer is selected to perform PS service, and the first modulation and demodulation layer is used for standby. a first network, the second modem layer is configured to stand by in a second network, where the first network is a network that preferentially performs circuit switched (CS) services, and the second network is optimal The network that performs the PS service first; thus, the single card dual-standby telecommunication service is implemented based on two independent modulation and demodulation layers, which can protect the user's high-quality Internet service and telephone service, and can be on any modem layer platform. Transplanted universal, with strong portability and broad market space.
附图说明DRAWINGS
图1为本发明实施例提供的单卡双待电信业务平台管理方法的流程示意图；1 is a schematic flowchart of a method for managing a single card dual standby telecommunication service platform according to an embodiment of the present invention;
图2为本发明实施例提供的单卡双待电信业务平台管理的架构示意图；2 is a schematic structural diagram of management of a single card dual standby telecommunication service platform according to an embodiment of the present invention;
图3为本发明实施例提供的PS业务迁移流程示意图；FIG. 3 is a schematic flowchart of a PS service migration process according to an embodiment of the present disclosure;
图4为本发明实施例提供的单卡双待电信业务平台管理装置的结构示意图。FIG. 4 is a schematic structural diagram of a single card dual standby telecommunication service platform management apparatus according to an embodiment of the present invention.
具体实施方式detailed description
本发明实施例中，终端的应用界面层将PS业务请求发送给双待管理层，所述双待管理层接收到PS业务请求后，根据第二调制解调层上报的第二网络的状态，选择第一调制解调层或第二调制解调层执行PS业务，所述第一调制解调层用于待机在第一网络，所述第二调制解调层用于待机在第二网络，所述第一网络为优先执行CS业务的网络，所述第二网络为优先执行PS业务的网络。In the embodiment of the present invention, the application interface layer of the terminal sends the PS service request to the dual standby management layer, and after the dual standby management layer receives the PS service request, according to the state of the second network reported by the second modem layer, Selecting a first modem layer or a second modem layer for performing PS service, the first modem layer is used to stand by in the first network, and the second modem layer is used to stand by in the second network, The first network is a network that preferentially performs CS services, and the second network is a network that preferentially performs PS services.
这里，所述优先执行CS业务的网络是指处理CS业务能力较稳定，处理PS业务能力比第二网络稍差的网络；所述优先执行PS业务的网络是指仅提供PS业务处理能力的网络或处理CS业务能力不如第一网络稳定，但处理PS业务能力比第一网络稍好的网络。Here, the network that preferentially performs the CS service refers to a network that is relatively stable in processing the CS service capability and has a slightly worse PS service capability than the second network; the network that preferentially performs the PS service refers to a network that only provides the PS service processing capability. Or the ability to handle CS services is not as good as the first network, but the network that handles PS services is slightly better than the first network.
下面通过附图及具体实施例对本发明做进一步的详细说明。The invention will be further described in detail below with reference to the drawings and specific embodiments.
本发明实施例实现一种单卡双待电信业务平台管理方法，如图1和2所示，该方法包括以下几个步骤： The embodiment of the invention implements a single card dual standby telecom service platform management method. As shown in FIGS. 1 and 2, the method includes the following steps:
步骤101：终端的应用界面层将PS业务请求发送给双待管理层；Step 101: The application interface layer of the terminal sends the PS service request to the dual standby management layer.
步骤102：所述双待管理层接收到PS业务请求后，根据第二调制解调层上报的第二网络的状态，选择第一调制解调层或第二调制解调层执行PS业务；Step 102: After receiving the PS service request, the dual standby management layer selects the first modem layer or the second modem layer to perform the PS service according to the state of the second network reported by the second modem layer.
本步骤中，所述第一调制解调层用于待机在第一网络，所述第二调制解调层用于待机在第二网络，所述第一网络为优先执行CS业务的网络，如2G网络，所述第二网络为优先执行PS业务的网络，如3G或4G网络；In this step, the first modem layer is used to stand by in the first network, and the second modem layer is used to stand by in the second network, where the first network is a network that preferentially performs CS services, such as a 2G network, where the second network is a network that preferentially performs PS services, such as a 3G or 4G network;
具体的，所述第二网络的状态可以由ZPsstat表示，当ZPsstat为正常时，如ZPsstat＝1，选择第二调制解调层执行PS业务；当ZPsstat为非正常时，如ZPsstat＝2，选择第一调制解调层执行PS业务。这里的正常和非正常指的是能否通过第二网络进行数据交换，包括有无第二网络的信号、信号强度的大小、终端上是否开启了数据连接等。Specifically, the status of the second network may be represented by ZPsstat. When ZPsstat is normal, such as ZPsstat=1, the second modulation and demodulation layer is selected to perform PS service; when ZPsstat is abnormal, such as ZPsstat=2, select The first modem layer performs PS traffic. The normal and abnormal here refers to whether data can be exchanged through the second network, including whether there is a signal of the second network, the magnitude of the signal strength, whether the data connection is enabled on the terminal, and the like.
所述当ZPsstat为正常时，选择第二调制解调层执行PS业务，包括：当ZPsstat为正常时，所述双待管理层将PS业务请求发送给第二电信业务框架层，所述第二电信业务框架层将所述PS业务请求发送给第二适配层，所述第二适配层将所述PS业务请求转换为at命令后发送给第二调制解调层，所述第二调制解调层根据所述at命令执行PS业务；When the ZPsstat is normal, the second modulation and demodulation layer is selected to perform the PS service, including: when the ZPsstat is normal, the dual standby management layer sends the PS service request to the second telecommunication service framework layer, where the second The telecommunication service framework layer sends the PS service request to the second adaptation layer, and the second adaptation layer converts the PS service request into an at command and sends the signal to the second modulation and demodulation layer, where the second modulation Demodulation layer performs PS service according to the at command;
所述当ZPsstat为非正常时，选择第一调制解调层执行PS业务，包括：当ZPsstat为非正常时，所述双待管理层将PS业务请求发送给第一电信业务框架层，所述第一电信业务框架层将所述PS业务请求发送给第一适配层，所述第一适配层将所述PS业务请求转换为at命令后发送给第一调制解调层，所述第一调制解调层根据所述at命令执行PS业务。When the ZPsstat is abnormal, the first modem layer is selected to perform the PS service, including: when the ZPsstat is abnormal, the dual standby management layer sends the PS service request to the first telecommunication service framework layer, where Transmitting, by the first telecommunication service framework layer, the PS service request to the first adaptation layer, where the first adaptation layer converts the PS service request into an at command, and sends the PS service request to the first modulation and demodulation layer, where A modem layer performs PS traffic according to the at command.
上述方法还包括：在终端执行PS业务过程中，所述双待管理层根据第二调制解调层上报的第二网络的状态，将PS业务由第一调制解调层迁移到第二调制解调层或由第二调制解调层迁移到第一调制解调层，一般会出现 三种情况需要进行PS业务的迁移，如图3所示，其中，第一网络的状态表示为ZPsstatGMS，第二网络的状态表示为ZPsstat，所述ZPsstatGMS为正常表示为ZPsstatGMS＝1，ZPsstatGMS为非正常表示为ZPsstatGMS＝2，所述ZPsstat为正常表示为ZPsstat＝1，ZPsstat为非正常表示为ZPsstat＝2，GSM网络为第一网络，LTE网络为第二网络：The method further includes: when the terminal performs the PS service, the dual standby management layer migrates the PS service from the first modulation and demodulation layer to the second modulation solution according to the state of the second network reported by the second modulation and demodulation layer. Modulating or migrating from the second modem layer to the first modem layer, typically occurs In the three cases, the migration of the PS service is required, as shown in FIG. 3, where the status of the first network is represented as ZPsstatGMS, the status of the second network is represented as ZPsstat, and the status of the ZPsstatGMS is normally expressed as ZPsstatGMS=1, and ZPsstatGMS is non- Normally denoted as ZPsstatGMS=2, ZPsstat is normally expressed as ZPsstat=1, ZPsstat is abnormally expressed as ZPsstat=2, GSM network is the first network, and LTE network is the second network:
流程1表示第二调制解调层上报LTE网络的状态ZPsstat为正常的情况：The process 1 indicates that the second modulation and demodulation layer reports that the state ZPsstat of the LTE network is normal:
所述双待管理层确定终端状态为空闲态(IDLE)且没有分组数据协议(PDP)激活流程后，将终端状态设置为进行态(doing)，并查询终端当前的PS业务附着网络：After the dual standby management layer determines that the terminal state is the idle state (IDLE) and there is no packet data protocol (PDP) activation process, the terminal state is set to the performing state (doing), and the current PS service attachment network of the terminal is queried:
当附着在LTE网络时，所述双待管理层将终端状态设置为IDLE态，并继续检测ZPsstat，当ZPsstat＝2时，根据PDP是否激活选择执行流程2或流程3；When attached to the LTE network, the dual standby management layer sets the terminal state to the IDLE state, and continues to detect ZPsstat. When ZPsstat=2, the process 2 or the process 3 is executed according to whether the PDP is activated or not;
当附着在GSM网络时，查询PDP是否激活，如果激活，则获取LTE信号强度，判断LTE信号强度是否满足设置的阈值，在满足时，切换异步通道，并进行PDP上下文同步，后续的PS业务发送给第二调制解调层执行，重新将终端状态设置为IDLE态，继续检测ZPsstat，当ZPsstat＝2时，执行流程2；在不满足时，继续检测ZPsstat是否ZPsstat＝2，如果是，执行流程2，如果否，查询飞行模式是否关闭，如果是，继续获取LTE信号强度，如果否，结束；如果未激活，则对GSM网络去附着，切换异步通道，并对LTE网络附着，后续的PS业务发送给第二调制解调层执行，重新将终端状态设置为IDLE态，继续检测ZPsstat，当ZPsstat＝2时，执行流程3。When the GSM network is attached, it is queried whether the PDP is activated. If activated, the LTE signal strength is obtained, and the LTE signal strength is determined to meet the set threshold. When the LTE signal strength is met, the asynchronous channel is switched, and the PDP context synchronization is performed, and the subsequent PS service is sent. Execute to the second modem layer, re-set the terminal state to the IDLE state, continue to detect ZPsstat, when ZPsstat=2, execute flow 2; if not, continue to detect whether ZPsstat is ZPsstat=2, and if so, execute the flow 2, if not, query whether the flight mode is off, if yes, continue to acquire the LTE signal strength, if not, end; if not, then detach the GSM network, switch the asynchronous channel, and attach to the LTE network, the subsequent PS service It is sent to the second modem layer for execution, and the terminal state is set to the IDLE state again, and the ZPsstat is continuously detected. When ZPsstat=2, the flow 3 is executed.
流程2表示第二调制解调层上报LTE网络的状态ZPsstat为非正常、且数据连接打开的情况：The process 2 indicates that the second modulation and demodulation layer reports that the state ZPsstat of the LTE network is abnormal and the data connection is open:
所述双待管理层确定终端状态为IDLE且没有PDP激活流程后，将终 端状态设置为doing态，并查询终端当前的PS业务附着网络：The dual standby management layer determines that the terminal status is IDLE and there is no PDP activation process. Set the terminal status to doing and query the current PS service attachment network of the terminal:
当附着在GSM网络时，所述双待管理层继续检测ZPsstat，当ZPsstat＝1时，选择执行流程1；When attached to the GSM network, the dual standby management layer continues to detect ZPsstat, and when ZPsstat=1, selects execution flow 1;
当附着在LTE网络时，切换异步通道，并进行PDP上下文同步，后续的PS业务发送给第一调制解调层执行，重新将终端状态设置为IDLE态，继续检测ZPsstat，当ZPsstat＝1时，执行流程1。When attached to the LTE network, the asynchronous channel is switched, and PDP context synchronization is performed, and the subsequent PS service is sent to the first modem layer for execution, and the terminal state is set to the IDLE state again, and the ZPsstat is continuously detected. When ZPsstat=1, Execution process 1.
流程3表示第二调制解调层上报第二网络的状态为非正常、且数据连接关闭的情况：The process 3 indicates that the second modem layer reports that the state of the second network is abnormal and the data connection is closed:
所述双待管理层确定终端状态为IDLE态且没有PDP激活流程后，将终端状态设置为doing态，并查询终端当前的PS业务附着网络：After the dual standby management layer determines that the terminal status is in the IDLE state and there is no PDP activation process, the terminal status is set to the doing state, and the current PS service attachment network of the terminal is queried:
当附着在GSM网络时，所述双待管理层将终端状态设置为IDLE态，并继续检测ZPsstat，当ZPsstat＝1时，选择执行流程1；When attached to the GSM network, the dual standby management layer sets the terminal state to the IDLE state, and continues to detect ZPsstat. When ZPsstat=1, the execution flow 1 is selected;
当附着在LTE网络时，查询是否ZPsstat＝1，如果是，则将终端状态设置为IDLE态，执行流程1，如果否，则查询是否ZPsstatGMS＝1，如果否，则查询到飞行模式为关闭时，继续查询是否ZPsstat＝1，如果ZPsstatGMS＝1，则对LTE网络去附着，切换异步通道，并对GSM网络附着，在GSM网络激活PDP，获取激活结果，将终端状态设置为IDLE态，在激活结果为成功时，后续的PS业务发送给第一调制解调层执行，继续检测ZPsstat，根据ZPsstat的值执行迁移流程；在激活结果为不成功时，继续检测ZPsstat，根据ZPsstat的值执行流程1或流程3。When attached to the LTE network, query whether ZPsstat=1, if yes, set the terminal status to IDLE state, execute flow 1, if not, query whether ZPsstatGMS=1, if not, query when flight mode is off Continue to query whether ZPsstat=1. If ZPsstatGMS=1, detach the LTE network, switch the asynchronous channel, attach to the GSM network, activate the PDP in the GSM network, obtain the activation result, set the terminal status to the IDLE state, and activate When the result is successful, the subsequent PS service is sent to the first modem layer to execute, continue to detect ZPsstat, and perform the migration process according to the value of ZPsstat; when the activation result is unsuccessful, continue to detect ZPsstat, and execute flow 1 according to the value of ZPsstat Or process 3.
上述方法还包括：终端的应用界面层在收到CS业务请求时，将所述CS业务请求发送给第一电信业务框架层，所述第一电信业务框架层通过第一适配层将所述CS业务请求转换为CS业务的at命令后发送给第一调制解调层，所述第一调制解调层在第一网络执行CS业务。The method further includes: when the application interface layer of the terminal receives the CS service request, sending the CS service request to the first telecommunication service framework layer, where the first telecommunication service framework layer is configured by using the first adaptation layer After the CS service request is converted into an at command of the CS service, it is sent to the first modem layer, and the first modem layer performs CS service in the first network.
图2中，所述第一电信业务框架层还用于将第一网络的信号强度、第 一网络制式、通知栏的消息等上报给应用界面层显示；所述第二电信业务框架层还用于将第二网络的信号强度、第二网络制式等上报给应用界面层显示；所述通知栏的消息包括来电通知、短信通知等。In FIG. 2, the first telecommunication service framework layer is further configured to use the signal strength of the first network, a network system, a message of the notification bar, and the like are reported to the application interface layer for display; the second telecommunication service framework layer is further configured to report the signal strength of the second network, the second network standard, and the like to the application interface layer for display; the notification The message in the column includes call notification, SMS notification, and the like.
基于上述方法，本发明还提供一种单卡双待电信业务平台管理装置，如图4所示，该装置包括：应用界面模块41、双待管理模块42、第一调制解调模块43、第二调制解调模块44；其中，Based on the above method, the present invention further provides a single card dual standby telecommunication service platform management device. As shown in FIG. 4, the device includes: an application interface module 41, a dual standby management module 42, a first modem module 43, and a first Two modem modules 44; wherein
应用界面模块41设置在应用界面层，配置为将PS业务请求发送给双待管理模块42；The application interface module 41 is disposed at the application interface layer, and configured to send the PS service request to the dual standby management module 42;
双待管理模块42设置在双待管理层，配置为接收PS业务请求，根据第二调制解调模块44上报的第二网络的状态，选择第一调制解调模块43或第二调制解调模块44执行PS业务；The dual standby management module 42 is configured to be in the dual standby management layer, configured to receive the PS service request, and select the first modem module 43 or the second modem module according to the state of the second network reported by the second modem module 44. 44 performing PS business;
第一调制解调模块43设置在第一调制解调层，配置为待机在第一网络，在第一网络下执行CS业务和PS业务；The first modem module 43 is disposed in the first modem layer, configured to stand by in the first network, and perform CS service and PS service in the first network;
所述第二调制解调模块44设置在第二调制解调层，配置为待机在第二网络，在第二网络下执行PS业务；The second modem module 44 is disposed in the second modem layer, configured to stand by in the second network, and perform PS service in the second network;
其中，所述第一网络为优先执行CS业务的网络，所述第二网络为优先执行PS业务的网络。The first network is a network that preferentially performs CS services, and the second network is a network that preferentially performs PS services.
所述双待管理模块42，具体配置为根据第二网络的状态为正常，选择第二调制解调模块44执行PS业务；根据第二网络的状态为非正常，选择第一调制解调模块43执行PS业务；The dual standby management module 42 is specifically configured to select the second modem module 44 to perform the PS service according to the state of the second network, and select the first modem module 43 according to the abnormal state of the second network. Perform PS business;
该装置还包括：第一电信业务框架模块45、第二电信业务框架模块46、第一适配模块47、第二适配模块48，其中，The device further includes: a first telecommunication service framework module 45, a second telecommunication service framework module 46, a first adaptation module 47, and a second adaptation module 48, wherein
所述双待管理模块42，具体配置为当第二网络的状态为正常时，将PS业务请求发送给第二电信业务框架模块46；The dual standby management module 42 is specifically configured to send a PS service request to the second telecommunication service framework module 46 when the state of the second network is normal;
所述第二电信业务框架模块46设置在第二电信业务框架层，配置为将 所述PS业务请求发送给第二适配模块48；The second telecommunication service framework module 46 is disposed at the second telecommunication service framework layer and configured to The PS service request is sent to the second adaptation module 48;
所述第二适配模块48设置在第二适配层，配置为将所述PS业务请求转换为at命令后发送给第二调制解调模块44；The second adaptation module 48 is disposed in the second adaptation layer, configured to convert the PS service request into an at command and send it to the second modem module 44;
所述第二调制解调模块44，具体配置为根据所述at命令执行PS业务；The second modem module 44 is specifically configured to perform a PS service according to the at command.
所述双待管理模块42，具体配置为当第二网络的状态为非正常时，将PS业务请求发送给第一电信业务框架模块45；The dual standby management module 42 is specifically configured to send a PS service request to the first telecommunication service framework module 45 when the state of the second network is abnormal;
所述第一电信业务框架模块45设置在第一电信业务框架层，配置为将所述PS业务请求发送给第一适配模块47；The first telecommunication service framework module 45 is disposed in the first telecommunication service framework layer, and configured to send the PS service request to the first adaptation module 47;
所述第一适配模块47设置在第一适配层，配置为将所述PS业务请求转换为at命令后发送给第一调制解调模块43；The first adaptation module 47 is disposed in the first adaptation layer, configured to convert the PS service request into an at command, and then sent to the first modem module 43;
所述第一调制解调模块43，具体配置为根据所述at命令执行PS业务。The first modem module 43 is specifically configured to perform PS services according to the at command.
所述双待管理模块42，还配置为在终端执行PS业务过程中，根据第二调制解调模块44上报的第二网络的状态，将PS业务由第一调制解调模块43迁移到第二调制解调模块44或由第二调制解调模块44迁移到第一调制解调模块43。The dual standby management module 42 is further configured to migrate the PS service from the first modem module 43 to the second according to the state of the second network reported by the second modem module 44 during the PS service process. The modem module 44 is either migrated by the second modem module 44 to the first modem module 43.
具体的，在第二调制解调模块44上报第二网络的状态为正常的情况下，所述双待管理模块42确定当前PS业务附着在第一网络，查询PDP是否激活，如果激活，则获取第二网络信号强度，在第二网络信号强度满足阈值时，切换异步通道，并进行PDP上下文同步，后续的PS业务发送给第二调制解调模块44执行；如果未激活，则将PS业务在第一网络去附着，切换异步通道，并将PS业务在第二网络附着，后续的PS业务发送给第二调制解调模块44执行；Specifically, in a case where the second modem module 44 reports that the state of the second network is normal, the dual standby management module 42 determines that the current PS service is attached to the first network, whether the PDP is activated, and if activated, acquires The second network signal strength, when the second network signal strength meets the threshold, switches the asynchronous channel, and performs PDP context synchronization, and the subsequent PS service is sent to the second modem module 44; if not, the PS service is The first network is detached, the asynchronous channel is switched, and the PS service is attached to the second network, and the subsequent PS service is sent to the second modem module 44 for execution.
在第二调制解调模块44上报第二网络的状态为非正常、且数据连接打开的情况下，所述双待管理模块42确定当前PS业务附着在第二网络，切换异步通道，并进行PDP上下文同步，后续的PS业务发送给第一调制解 调模块43执行；When the second modem module 44 reports that the state of the second network is abnormal and the data connection is open, the dual standby management module 42 determines that the current PS service is attached to the second network, switches the asynchronous channel, and performs PDP. Context synchronization, subsequent PS services are sent to the first modulation solution The tuning module 43 executes;
在第二调制解调模块44上报第二网络的状态为非正常、且数据连接关闭的情况下，所述双待管理模块42确定当前PS业务附着在第二网络，在查询到飞行模式关闭且第一网络的状态为正常后，对第二网络去附着，切换异步通道，并对第一网络附着，在第一网络激活PDP，在激活结果为成功时，后续的PS业务发送给第一调制解调模块43执行。In a case where the second modem module 44 reports that the state of the second network is abnormal and the data connection is closed, the dual standby management module 42 determines that the current PS service is attached to the second network, and the query flight mode is closed. After the state of the first network is normal, the second network is detached, the asynchronous channel is switched, and the first network is attached, and the PDP is activated on the first network. When the activation result is successful, the subsequent PS service is sent to the first modulation. The demodulation module 43 executes.
所述应用界面模块41，还配置为在收到CS业务请求时，将所述CS业务请求发送给第一电信业务框架模块45；The application interface module 41 is further configured to send the CS service request to the first telecommunication service framework module 45 when receiving the CS service request;
所述第一电信业务框架模块45，还配置为通过第一适配模块47将所述CS业务请求转换为CS业务的at命令后发送给第一调制解调模块43。The first telecommunication service framework module 45 is further configured to convert the CS service request into an at command of the CS service by using the first adaptation module 47, and then send the command to the first modem module 43.
基于上述装置，本发明实施例还提供一种单卡双待的终端，该装置包括图4所示的单卡双待电信业务平台管理装置。Based on the above device, the embodiment of the present invention further provides a single card dual standby terminal, and the device includes the single card dual standby telecommunication service platform management device shown in FIG.
以上所述，仅为本发明的较佳实施例而已，并非用于限定本发明的保护范围，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in Within the scope of protection of the present invention.
工业实用性Industrial applicability
综合本发明的各实施例，基于独立的两个调制解调层实现单卡双待电信业务，能够在保障用户高质量的上网业务和电话业务的同时，可在任何调制解调层平台上移植通用，具有很强的可移植性，具有广阔的市场空间。 According to various embodiments of the present invention, a single card dual standby telecom service is implemented based on two independent modulation and demodulation layers, which can be transplanted on any modulation and demodulation layer platform while ensuring high quality online service and telephone service of the user. Universal, with strong portability and broad market space.

Claims (14)

  1. 一种单卡双待电信业务平台管理方法，所述方法包括：A method for managing a single card dual standby telecom service platform, the method comprising:
    终端的应用界面层将分组交换(PS)业务请求发送给双待管理层；The application interface layer of the terminal sends a packet switched (PS) service request to the dual standby management layer;
    所述双待管理层接收到PS业务请求后，根据第二调制解调层上报的第二网络的状态，选择第一调制解调层或第二调制解调层执行PS业务；所述第一调制解调层用于待机在第一网络，所述第二调制解调层用于待机在第二网络，所述第一网络为优先执行电路交换(CS)业务的网络，所述第二网络为优先执行PS业务的网络。After receiving the PS service request, the dual standby management layer selects the first modulation and demodulation layer or the second modulation and demodulation layer to perform the PS service according to the state of the second network reported by the second modulation and demodulation layer; a modem layer for camping on a first network, a second modem layer for camping on a second network, the first network being a network that preferentially performs circuit switched (CS) services, the second network A network that preferentially performs PS services.
  2. 根据权利要求1所述的方法，其中，所述根据第二调制解调层上报的第二网络的状态，选择第一调制解调层或第二调制解调层执行PS业务，包括：当第二网络的状态为正常时，选择第二调制解调层执行PS业务；当第二网络的状态为非正常时，选择第一调制解调层执行PS业务。The method according to claim 1, wherein the selecting the first modulation demodulation layer or the second modulation and demodulation layer to perform the PS service according to the state of the second network reported by the second modulation and demodulation layer comprises: When the state of the second network is normal, the second modem layer is selected to perform the PS service; when the state of the second network is abnormal, the first modem layer is selected to perform the PS service.
  3. 根据权利要求2所述的方法，其中，所述当第二网络的状态为正常时，选择第二调制解调层执行PS业务，包括：当第二网络的状态为正常时，所述双待管理层将PS业务请求发送给第二电信业务框架层，所述第二电信业务框架层将所述PS业务请求发送给第二适配层，所述第二适配层将所述PS业务请求转换为at命令后发送给第二调制解调层，所述第二调制解调层根据所述at命令执行PS业务。The method according to claim 2, wherein the selecting the second modem layer to perform the PS service when the state of the second network is normal comprises: when the state of the second network is normal, the dual standby The management sends the PS service request to the second telecommunication service framework layer, the second telecommunication service framework layer sends the PS service request to the second adaptation layer, and the second adaptation layer sends the PS service request After being converted to the at command, it is sent to the second modem layer, and the second modem layer performs PS service according to the at command.
  4. 根据权利要求2所述的方法，其中，所述当第二网络的状态为非正常时，选择第一调制解调层执行PS业务，包括：当第二网络的状态为非正常时，所述双待管理层将PS业务请求发送给第一电信业务框架层，所述第一电信业务框架层将所述PS业务请求发送给第一适配层，所述第一适配层将所述PS业务请求转换为at命令后发送给第一调制解调层，所述第一调制解调层根据所述at命令执行PS业务。The method according to claim 2, wherein the selecting the first modem layer to perform the PS service when the state of the second network is abnormal comprises: when the state of the second network is abnormal, The dual-waiting management layer sends the PS service request to the first telecommunication service framework layer, where the first telecommunication service framework layer sends the PS service request to the first adaptation layer, and the first adaptation layer sends the PS The service request is converted to the at command and sent to the first modem layer, and the first modem layer performs the PS service according to the at command.
  5. 根据权利要求1所述的方法，其中，该方法还包括：在终端执行PS 业务过程中，所述双待管理层根据第二调制解调层上报的第二网络的状态，将PS业务由第一调制解调层迁移到第二调制解调层或由第二调制解调层迁移到第一调制解调层。The method of claim 1, wherein the method further comprises: performing PS at the terminal In the service process, the dual standby management layer migrates the PS service from the first modem layer to the second modem layer or from the second modem according to the state of the second network reported by the second modem layer. The layer migrates to the first modem layer.
  6. 根据权利要求5所述的方法，其中，所述双待管理层根据第二调制解调层上报的第二网络的状态，将PS业务由第一调制解调层迁移到第二调制解调层或由第二调制解调层迁移到第一调制解调层，包括：The method according to claim 5, wherein the dual standby management layer migrates the PS service from the first modem layer to the second modem layer according to the state of the second network reported by the second modem layer. Or migrating from the second modem layer to the first modem layer, including:
    在第二调制解调层上报第二网络的状态为正常的情况下，所述双待管理层确定当前PS业务附着在第一网络，查询分组数据协议(PDP)是否激活，如果激活，则获取第二网络信号强度，在第二网络信号强度满足阈值时，切换异步通道，并进行PDP上下文同步，后续的PS业务发送给第二调制解调层执行；如果未激活，则将PS业务在第一网络去附着，切换异步通道，并将PS业务在第二网络附着，后续的PS业务发送给第二调制解调层执行；When the second modem layer reports that the state of the second network is normal, the dual standby management layer determines whether the current PS service is attached to the first network, whether the packet data protocol (PDP) is activated, and if activated, acquires The second network signal strength, when the second network signal strength meets the threshold, switches the asynchronous channel, and performs PDP context synchronization, and the subsequent PS service is sent to the second modem layer; if not, the PS service is in the first A network is detached, the asynchronous channel is switched, and the PS service is attached to the second network, and the subsequent PS service is sent to the second modem layer for execution;
    在第二调制解调层上报第二网络的状态为非正常、且数据连接打开的情况下，所述双待管理层确定当前PS业务附着在第二网络，切换异步通道，并进行PDP上下文同步，后续的PS业务发送给第一调制解调层执行；When the second modem layer reports that the state of the second network is abnormal and the data connection is open, the dual standby management layer determines that the current PS service is attached to the second network, switches the asynchronous channel, and performs PDP context synchronization. The subsequent PS service is sent to the first modem layer for execution;
    在第二调制解调层上报第二网络的状态为非正常、且数据连接关闭的情况下，所述双待管理层确定当前PS业务附着在第二网络，在查询到飞行模式关闭且第一网络的状态为正常后，对第二网络去附着，切换异步通道，并对第一网络附着，在第一网络激活PDP，在激活结果为成功时，后续的PS业务发送给第一调制解调层执行。When the second modem layer reports that the state of the second network is abnormal and the data connection is closed, the dual standby management layer determines that the current PS service is attached to the second network, and the query is that the flight mode is closed and the first After the status of the network is normal, the second network is detached, the asynchronous channel is switched, and the first network is attached, and the PDP is activated on the first network. When the activation result is successful, the subsequent PS service is sent to the first modem. Layer execution.
  7. 根据权利要求1至6任一项所述的方法，其中，该方法还包括：The method according to any one of claims 1 to 6, wherein the method further comprises:
    终端的应用界面层在收到CS业务请求时，将所述CS业务请求发送给第一电信业务框架层，所述第一电信业务框架层通过第一适配层将所述CS业务请求转换为CS业务的at命令后发送给第一调制解调层，所述第一调 制解调层在第一网络执行CS业务。When receiving the CS service request, the application interface layer of the terminal sends the CS service request to the first telecommunication service framework layer, where the first telecommunication service framework layer converts the CS service request into the first adaptation layer to After the at command of the CS service is sent to the first modem layer, the first tone The demodulation layer performs CS traffic on the first network.
  8. 一种单卡双待电信业务平台管理装置，所述装置包括：应用界面模块、双待管理模块、第一调制解调模块、第二调制解调模块；其中，A device for managing a single card dual standby telecom service platform, the device comprising: an application interface module, a dual standby management module, a first modulation and demodulation module, and a second modulation and demodulation module;
    应用界面模块设置在应用界面层，配置为将PS业务请求发送给双待管理模块；The application interface module is configured at the application interface layer, and is configured to send the PS service request to the dual standby management module.
    双待管理模块设置在双待管理层，配置为接收PS业务请求，根据第二调制解调模块上报的第二网络的状态，选择第一调制解调模块或第二调制解调模块执行PS业务；The dual standby management module is configured to receive the PS service request, and select the first modem module or the second modem module to perform the PS service according to the state of the second network reported by the second modem module. ;
    第一调制解调模块设置在第一调制解调层，配置为待机在第一网络，在第一网络下执行CS业务和PS业务；The first modem module is disposed in the first modem layer, configured to stand by in the first network, and perform CS service and PS service in the first network;
    所述第二调制解调模块设置在第二调制解调层，配置为待机在第二网络，在第二网络下执行PS业务；The second modem module is disposed in the second modem layer, configured to stand by in the second network, and perform PS service in the second network;
    其中，所述第一网络为优先执行CS业务的网络，所述第二网络为优先执行PS业务的网络。The first network is a network that preferentially performs CS services, and the second network is a network that preferentially performs PS services.
  9. 根据权利要求8所述的装置，其中，所述双待管理模块，配置为根据第二网络的状态为正常，选择第二调制解调模块执行PS业务；根据第二网络的状态为非正常，选择第一调制解调模块执行PS业务。The device according to claim 8, wherein the dual standby management module is configured to select a second modem module to perform a PS service according to a state of the second network; and the state of the second network is abnormal. The first modem module is selected to perform PS services.
  10. 根据权利要求9所述的装置，其中，该装置还包括：第一电信业务框架模块、第二电信业务框架模块、第一适配模块、第二适配模块，其中，The device according to claim 9, wherein the device further comprises: a first telecommunication service framework module, a second telecommunication service framework module, a first adaptation module, and a second adaptation module, wherein
    所述双待管理模块，配置为当第二网络的状态为正常时，将PS业务请求发送给第二电信业务框架模块；The dual standby management module is configured to send a PS service request to the second telecommunication service framework module when the state of the second network is normal;
    所述第二电信业务框架模块设置在第二电信业务框架层，配置为将所述PS业务请求发送给第二适配模块；The second telecommunication service framework module is disposed at the second telecommunication service framework layer, and configured to send the PS service request to the second adaptation module;
    所述第二适配模块设置在第二适配层，配置为将所述PS业务请求转换 为at命令后发送给第二调制解调模块；The second adaptation module is disposed at the second adaptation layer, configured to convert the PS service request Sended to the second modem module after the at command;
    所述第二调制解调模块，配置为根据所述at命令执行PS业务；The second modem module is configured to perform a PS service according to the at command;
    所述双待管理模块，配置为当第二网络的状态为非正常时，将PS业务请求发送给第一电信业务框架模块；The dual standby management module is configured to send a PS service request to the first telecommunication service framework module when the state of the second network is abnormal.
    所述第一电信业务框架模块设置在第一电信业务框架层，配置为将所述PS业务请求发送给第一适配模块；The first telecommunication service framework module is disposed at the first telecommunication service framework layer, and configured to send the PS service request to the first adaptation module;
    所述第一适配模块设置在第一适配层，配置为将所述PS业务请求转换为at命令后发送给第一调制解调模块；The first adaptation module is configured in the first adaptation layer, configured to convert the PS service request into an at command, and then send the signal to the first modem module;
    所述第一调制解调模块，配置为根据所述at命令执行PS业务。The first modem module is configured to perform a PS service according to the at command.
  11. 根据权利要求8所述的装置，其中，所述双待管理模块，还配置为在执行PS业务过程中，根据第二调制解调模块上报的第二网络的状态，将PS业务由第一调制解调模块迁移到第二调制解调模块或由第二调制解调模块迁移到第一调制解调模块。The apparatus according to claim 8, wherein the dual standby management module is further configured to: in the process of performing the PS service, the PS service is modulated by the first modulation according to the state of the second network reported by the second modem module. The demodulation module migrates to or from the second modem module to the first modem module.
  12. 根据权利要求11所述的装置，其中，所述双待管理模块配置为：在第二调制解调层上报第二网络的状态为正常的情况下，确定当前PS业务附着在第一网络，查询PDP是否激活，如果激活，则获取第二网络信号强度，在第二网络信号强度满足阈值时，切换异步通道，并进行PDP上下文同步，后续的PS业务发送给第二调制解调层执行；如果未激活，则将PS业务在第一网络去附着，切换异步通道，并将PS业务在第二网络附着，后续的PS业务发送给第二调制解调层执行；The device according to claim 11, wherein the dual standby management module is configured to: when the second modem layer reports that the state of the second network is normal, determine that the current PS service is attached to the first network, and query Whether the PDP is activated, if activated, acquiring the second network signal strength, when the second network signal strength meets the threshold, switching the asynchronous channel, and performing PDP context synchronization, and the subsequent PS service is sent to the second modem layer for execution; If not activated, the PS service is detached on the first network, the asynchronous channel is switched, and the PS service is attached to the second network, and the subsequent PS service is sent to the second modem layer.
    在第二调制解调层上报第二网络的状态为非正常、且数据连接打开的情况下，确定当前PS业务附着在第二网络，切换异步通道，并进行PDP上下文同步，后续的PS业务发送给第一调制解调层执行；When the second modem layer reports that the state of the second network is abnormal and the data connection is open, determining that the current PS service is attached to the second network, switching the asynchronous channel, performing PDP context synchronization, and sending the subsequent PS service. Performing to the first modem layer;
    在第二调制解调层上报第二网络的状态为非正常、且数据连接关闭的情况下，确定当前PS业务附着在第二网络，在查询到飞行模式关闭且第一 网络的状态为正常后，对第二网络去附着，切换异步通道，并对第一网络附着，在第一网络激活PDP，在激活结果为成功时，后续的PS业务发送给第一调制解调层执行。When the second modem layer reports that the state of the second network is abnormal and the data connection is closed, determining that the current PS service is attached to the second network, and the query that the flight mode is closed and the first After the status of the network is normal, the second network is detached, the asynchronous channel is switched, and the first network is attached, and the PDP is activated on the first network. When the activation result is successful, the subsequent PS service is sent to the first modem. Layer execution.
  13. 根据权利要求10所述的装置，其中，所述应用界面模块，还配置为在收到CS业务请求时，将所述CS业务请求发送给第一电信业务框架模块；The device according to claim 10, wherein the application interface module is further configured to: when the CS service request is received, send the CS service request to the first telecommunication service framework module;
    所述第一电信业务框架模块，还配置为通过第一适配模块将所述CS业务请求转换为CS业务的at命令后发送给第一调制解调模块。The first telecommunication service framework module is further configured to convert the CS service request into an at command of the CS service by using the first adaptation module, and then send the command to the first modem module.
  14. 一种终端，包括权利要求8至13任一项所述的单卡双待电信业务平台管理装置。 A terminal comprising the single card dual standby telecommunication service platform management apparatus according to any one of claims 8 to 13.
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