WO2012097651A1 - Automatic drive test system in a mobile communications network - Google Patents

Automatic drive test system in a mobile communications network Download PDF

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Publication number
WO2012097651A1
WO2012097651A1 PCT/CN2011/083686 CN2011083686W WO2012097651A1 WO 2012097651 A1 WO2012097651 A1 WO 2012097651A1 CN 2011083686 W CN2011083686 W CN 2011083686W WO 2012097651 A1 WO2012097651 A1 WO 2012097651A1
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Prior art keywords
test
module
automatic
terminal
data transmission
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PCT/CN2011/083686
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French (fr)
Chinese (zh)
Inventor
陆元会
张磊
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珠海世纪鼎利通信科技股份有限公司
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Publication of WO2012097651A1 publication Critical patent/WO2012097651A1/en

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W24/00—Supervisory, monitoring or testing arrangements
    • H04W24/08—Testing, supervising or monitoring using real traffic

Definitions

  • the invention relates to a wireless network test device, in particular to an automatic road test system for a mobile communication network.
  • the traditional road test of the mobile communication network is independent of each other.
  • the data analysis needs to be performed at each independent test point or the data must be summarized after the test is completed. It is not only inconvenient but also can not directly and effectively reproduce the network service quality.
  • the automatic drive test system can link all test terminals from points and faces, and better simulate the experience of network service and test network quality from the user's point of view.
  • the automatic road test system of the mobile communication network can automatically monitor the overall quality of the entire mobile communication network in a large-scale, uninterrupted, unattended manner, which is incomparable with the traditional road test.
  • the existing automatic road test instrument terminal performs various test tasks according to the plan stored in the device, and the test task may change during the automatic road test instrument terminal test process.
  • the engineer must modify the test plan stored inside the automatic drive test instrument terminal in order to proceed with the test.
  • the engineer needs to connect to the automatic road test instrument terminal, and modify the test plan through the tool at the automatic road test instrument terminal.
  • the engineer When it is necessary to test different networks or change the test content, the engineer needs to manually connect with the automatic drive test instrument terminal before the test plan can be modified. Secondly, the engineer cannot make multiple modifications to the automatic test instrument terminal, and must be one after another. The modified test plan of the station, so that the more the number of automatic road test instrument terminals, the lower the efficiency of this modification.
  • the present invention proposes a novel mobile communication network automatic road test system, which realizes various behaviors of remotely controlling an automatic road test terminal through a control protocol, and can remotely modify the configuration and modify the test plan.
  • a mobile communication network ⁇ -path test system comprising a dynamic road test system server and a remote G-motion test and data transmission terminal
  • the automatic drive test system server provides a web page-based management platform for testers to centrally formulate, modify, Storing and issuing a test plan configuration for the remote automatic test and data transmission terminal
  • the automatic test system server and the remote automatic test and data transmission terminal adopt a TCP/IP-based Socket communication interface control protocol through wireless communication
  • the network and the Internet implement remote control and data transmission, and the control protocol includes pre-defined steps such as login, identity verification, time synchronization, acquisition of configuration information, and uploading data
  • the remote automatic test and data transmission terminal obtains a test plan. Automatically execute and upload test data after configuration.
  • control protocol adopts a coding method in a text format.
  • command interaction of the control protocol is initiated by the client, and the server returns "response”.
  • the test plan configuration includes - information of the test plan itself: terminal machine number, last update time;
  • Corresponding front-end machine information terminal machine number, name, type, module information, wherein the module information includes the module number and the module type;
  • IP address and port IP address and port
  • Wireless data communication module configuration information Modem module number, Modem dialing information
  • Test geographic scope Test scope defined by multiple closures consisting of latitude and longitude points
  • specific test configuration information for each module module number, test period, number of tests, and test service
  • Other configuration information Uninterruptible power supply information , SMS alarm receiving number and speed limit.
  • the test plan configuration adopts an XML format, and the coding mode is UTF-8.
  • the remote automatic test and data transmission terminal may be one or more according to the size of the test range and the task plan.
  • the remote automatic test and data transmission terminal comprises a remote control module, a wireless data communication module, a GPS module, and a mobile phone test terminal module, and an uninterruptible power supply module.
  • the wireless data communication module (22) may be CDMA IS 95/IS 2000 (1X) / EVDO, GSM / GPRS / EDGE / WCDMA / HSPA +, TD - SCDMA / HSPA +, WiFi wireless Data communication module.
  • the mobile phone test terminal module (24) may be one or more GSM/GPRS/EDGE, CDMA/1X/EVD0, WCDMA/HSPA+ or TD-SCDMA/HSPA+ network test modules.
  • the beneficial effects of the present invention are that the automatic road test system proposed by the present invention provides a web user interface, through which the engineer can uniformly modify the configuration and test plan of multiple remote automatic test and data transmission terminals, and can unify the same. Issued to multiple remote automatic test and data transmission terminals;
  • the automatic road test system realizes complete separation of operation and test, which greatly saves the labor cost of professional engineers;
  • the automatic road test system saves a large amount of time for independently configuring the remote automatic test and data transmission terminal, and greatly improves the work efficiency;
  • control protocol in the present invention adopts a text format instead of a binary, which is convenient for research and development and related personnel to read and understand;
  • control protocol in the invention has high openness and is convenient for other companies to use;
  • the control protocol in the present invention supports cross-platform use, and supports Windows, Linux, and Windows.
  • the control protocol in the present invention supports independent control of multiple devices in a terminal device:
  • control protocol in the present invention has high flexibility and is convenient for expansion and modification:
  • the data transmission in the control protocol in the present invention is based on the TCP/IP protocol, and the remote automatic test and data transmission terminal can connect to the automatic drive test system server through the Internet network.
  • the mobile communication network automatic road test system proposed by the invention is a remote automatic test and comprehensive analysis system for mobile communication networks such as GSM/GPRS/EDGE, CDMA/1X/EVD0, WCDMA/HSPA+ and TD-SCDMA/HSPA+, An integrated mobile communication network optimization management platform combining 2G/3G mobile communication terminal baseband chip module, 2G/3G mobile communication protocol stack, GPS signal processing, GIS processing, embedded system, database, remote control and application layer protocol.
  • the automatic road test system of the mobile communication network proposed by the invention can complete the automatic vehicle test through the remote automatic test and data transmission terminal, and the user can monitor and analyze the terminal test process through the TCP/IP-based network without geographical restrictions. It supports simultaneous testing of multiple CDMA/1X/EVD0, GSM/GPRS/EDGE, WCDMA/HSPA+ and TD-SCDMA/HSPA+ test modules.
  • the terminal uses wireless Modera (CDMA IS 2000 (1X) /EVD0, GSM/GPRS/EDGE WCDMA/HSPA+, TD-SCDMA/HSPA+, WiFi) to automatically transmit test data, separate test and monitoring, and statistical analysis to achieve no one. Automated testing and Remote monitoring with powerful CDMA/GSM/WCDMA/TD-SCDM real-time monitoring and analysis capabilities.
  • FIG. 1 is a schematic diagram of an automatic road test system for a mobile communication network according to the present invention.
  • the mobile communication network automatic road test system proposed by the present invention comprises two parts: an automatic road test system server 1 and a remote automatic test and data transmission terminal 2, wherein the automatic drive test system server 1 is set in the test center. It can be regarded as a centralized management platform for testers to centrally formulate, modify, store and issue test plan configuration and control commands for the remote automatic test and data transmission terminal 2, which realizes complete operation and testing. Separation greatly saves the labor costs of professional engineers.
  • the automatic drive test system server 1 has an internet connection and provides a web user operation interface through which the tester can remotely log in to the server through the local area network via the Internet to perform the test plan configuration described above. And terminal control work.
  • test plan configuration planned on the server side and executed on the client side includes:
  • test plan Information about the test plan itself: terminal machine number, last update time;
  • Corresponding front-end machine information terminal machine number, name, type, module information, wherein the module information includes the module number and the module type;
  • IP address and port IP address and port
  • Wireless data communication module configuration information Modem module number, Modern dialing information:
  • Test geographic scope Test scope defined by multiple closures consisting of latitude and longitude points; specific test configuration information for each module: module number, test period, number of tests, and test service; Other configuration information: Uninterruptible power supply information , SMS alarm receiving number and speed limit.
  • the test plan is configured in XML format and encoded in UTF-8 for easy understanding and reading by testers.
  • the remote automatic test and data transmission terminal 2 includes a remote control module 21, a wireless data communication module 22, a GPS module 23, and a mobile phone test terminal module 24, and an uninterruptible power supply module 25.
  • the remote automatic test and data transmission terminal 2 may be one or more according to the size of the test range according to the size of the test range and the task plan, wherein each remote automatic test and data transmission terminal 2 may include one or A plurality of mobile phone test terminal modules 23, which may be GSM/GPRS/EDGE CDMA/1X/EVD0, WCDMA/HSPA+ and TD-SCDMA/HSPA+ modules.
  • the wireless data communication module 22 is for remote connection to the automatic drive test system server 1 via a wireless communication network and the Internet, which can use CDMA IS 95/IS 2000 (1X) /EVD0, GSM/GPRS/EDGE/WCD A/HSPA+, TD-SCDMA/HSPA+, WiFi network.
  • the GPS module 23 is used to locate the test location and provide geographic location information.
  • the automatic drive test system server 1 and the remote automatic test and data transmission terminal 2 use a TCP/IP-based Socket communication interface control protocol to implement remote connection control and data transmission, for convenience of description, wherein the remote C] dynamic test and
  • the data transmission terminal 2 is simply referred to as an RCU (Remote Control Unit), and the automatic drive test system server 1 is simply referred to as a Fleet system server.
  • the control protocol is characterized in that: the control protocol is encoded in a text format, which facilitates research and development and related personnel to read and understand: the TCP/IP connection is a permanent connection, that is, after the connection, unless a network failure occurs or a party is forced to close, otherwise The connection exists directly.
  • the TCP/IP Socket connection port supports flexible configuration, high openness, convenient for other companies to use, and supports cross- Platform use, support Windows, Linux, Windows Mobile, Symbian, Android and other platforms; control protocol command interaction is RCU initiated "request", the server returns "response”; RCU dials the Internet connection to the Fleet system through the wireless communication network server; After the RCU is connected to the Fleet system server, the steps defined in the automatic drive test system control protocol such as login, authentication, time synchronization, acquisition configuration information, and upload data are sequentially performed. In addition, this protocol has the advantages of high flexibility of control protocol, convenient expansion and modification, and independent control of multi-channel devices in terminal equipment.
  • the RCU After the connection is successful, the RCU obtains the test plan configuration and performs this plan configuration. In addition, through this control protocol, testers can also issue control commands to the RCU through the Fleet system server, such as upgrading firmware or software.
  • the automatic road test system saves a large amount of time for independently configuring the remote automatic test and data transmission terminal, and greatly improves the work efficiency.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)
  • Selective Calling Equipment (AREA)

Abstract

An automatic drive test system in a mobile communications network includes an automatic drive test system server and a terminal for a remote automatic test and data transmission, and a control protocol with a TCP/IP based Socket communications interface is employed between the server and the terminal to realize remote control and data transmission via the radio communications network and the Internet; the control protocol includes in turn performed predetermined steps of logging on, identity validation, time synchronization, obtaining configuration information and uploading data etc.; and the terminal for remote automatic test and data transmission automatically performs and uploads test data after obtaining a test plan configuration. Engineers are allowed to modify configurations and test plans of multiple terminals for remote automatic test and data transmission in a uniform manner, and distribute them to multiple terminals for remote automatic test and data transmission in a uniform manner, so that the complete separation of operation and test is realized, labor costs of professional engineers are greatly saved, and the production efficiency is effectively improved.

Description

说 明 书 一种移动通信网络自动路测系统  Description A mobile communication network automatic road test system
技术领域 Technical field
本发明涉及一种无线网络测试装置， 特别是一种移动通信网络自动路测系 统。  The invention relates to a wireless network test device, in particular to an automatic road test system for a mobile communication network.
背景技术 Background technique
移动通信网络的传统路测各个测试点之间互相独立，需在各个独立测试点上 进行数据分析或者必须在测试完成后才能将数据汇总，不仅操作不便而且不能直 观有效地完整再现网络服务质量。针对传统路测的缺点， 自动路测系统能够把所 有的测试终端由点及面联系起来，更好的模拟从用户角度体验网络服务和检验网 络质量。移动通信网络的自动路测系统能够大规模、 不间断、无人干预方式自动 监测整个移动通信网的整体质量状况， 具有传统路测不可比拟的优越性。  The traditional road test of the mobile communication network is independent of each other. The data analysis needs to be performed at each independent test point or the data must be summarized after the test is completed. It is not only inconvenient but also can not directly and effectively reproduce the network service quality. In view of the shortcomings of traditional road test, the automatic drive test system can link all test terminals from points and faces, and better simulate the experience of network service and test network quality from the user's point of view. The automatic road test system of the mobile communication network can automatically monitor the overall quality of the entire mobile communication network in a large-scale, uninterrupted, unattended manner, which is incomparable with the traditional road test.
然而， 现有的自动路测仪表终端按照存储在设备内的计划执行各项测试任 务， 在自动路测仪表终端测试过程中， 测试任务可能会发生变动。此时工程师必 须修改自动路测仪表终端内部存储的测试计划，才能使测试进行下去。这时需要 工程师连接上自动路测仪表终端， 在自动路测仪表终端通过工具修改测试计划。  However, the existing automatic road test instrument terminal performs various test tasks according to the plan stored in the device, and the test task may change during the automatic road test instrument terminal test process. At this point, the engineer must modify the test plan stored inside the automatic drive test instrument terminal in order to proceed with the test. At this time, the engineer needs to connect to the automatic road test instrument terminal, and modify the test plan through the tool at the automatic road test instrument terminal.
这种修改测试计划的方法主要不足和缺点如下：  The main shortcomings and shortcomings of this method of modifying the test plan are as follows:
在需要测试不同网络或者更改测试内容时，工程师需要手动跟自动路测仪表 终端连接后， 才能修改测试计划； 其次， 工程师无法对多个自动路测仪表终端进 行统 ·修改， 必须一台接一台的修改测试计划， 这样， 自动路测仪表终端的数量 越多， 这种修改方式的效率越低。  When it is necessary to test different networks or change the test content, the engineer needs to manually connect with the automatic drive test instrument terminal before the test plan can be modified. Secondly, the engineer cannot make multiple modifications to the automatic test instrument terminal, and must be one after another. The modified test plan of the station, so that the more the number of automatic road test instrument terminals, the lower the efficiency of this modification.
发明内容  Summary of the invention
针对这些不足和缺点， 本发明提出了一种新型移动通信网络自动路测系统， 通过控制协议实现远程控制自动路测终端的各种行为，并能远程修改配置和修改 测试计划。  In view of these shortcomings and shortcomings, the present invention proposes a novel mobile communication network automatic road test system, which realizes various behaviors of remotely controlling an automatic road test terminal through a control protocol, and can remotely modify the configuration and modify the test plan.
本发明采用的技术方案可以描述为：  The technical solution adopted by the present invention can be described as:
一种移动通信网络 β动路测系统，包括 动路测系统服务器和远程 G动测试 和数据传输终端，其中所述自动路测系统服务器提供基于 Web页面的管理平台供 测试人员集中制定、修改、存储并发出针对所述远程自动测试和数据传输终端的 测试计划配置，所述自动路测系统服务器和远程自动测试和数据传输终端之间采 用基于 TCP/IP的 Socket通信接口的控制协议通过无线通信网络和互联网实现远 程控制和数据传输， 所述控制协议包括依次进行的登陆、 身份验证、 时间同步、 获取配置信息和上载数据等预定义的步骤，所述远程自动测试和数据传输终端取 得测试计划配置后自动执行并上传测试数据。  A mobile communication network β-path test system, comprising a dynamic road test system server and a remote G-motion test and data transmission terminal, wherein the automatic drive test system server provides a web page-based management platform for testers to centrally formulate, modify, Storing and issuing a test plan configuration for the remote automatic test and data transmission terminal, the automatic test system server and the remote automatic test and data transmission terminal adopt a TCP/IP-based Socket communication interface control protocol through wireless communication The network and the Internet implement remote control and data transmission, and the control protocol includes pre-defined steps such as login, identity verification, time synchronization, acquisition of configuration information, and uploading data, and the remote automatic test and data transmission terminal obtains a test plan. Automatically execute and upload test data after configuration.
作为以上技术方案的一种改进， 所述控制协议采用文本格式的编码方式。 作为以上技术方案的- -种改进， 所述控制协议的命令交互均为客户端发起 "请求"， 服务端返回 "回应"。  As an improvement of the above technical solution, the control protocol adopts a coding method in a text format. As an improvement of the above technical solution, the command interaction of the control protocol is initiated by the client, and the server returns "response".
作为以上技术方案的一种改进， 所述测试计划配置包括- 测试计划本身的信息： 终端机器号码、 最后更新时间；  As an improvement of the above technical solution, the test plan configuration includes - information of the test plan itself: terminal machine number, last update time;
对应的前端机器信息： 终端机器号码、 名称、类型、 模块信息， 其中模块信 息又包括模块号和模块类型；  Corresponding front-end machine information: terminal machine number, name, type, module information, wherein the module information includes the module number and the module type;
数据服务器信息： IP地址和端口；  Data server information: IP address and port;
无线数据通信模块配置信息： Modem模块号、 Modem拨号信息； 测试地理范围： 多个以经纬度表示的点组成的闭包所界定的测试范围； 每个模块的具体测试配置信息： 模块号、 测试时段、 测试次数和测试业务； 其他配置信息： 不间断电源信息、 短信告警接收号码和车速条件限制等。 作为以十.技术方案的一种改进，所述测试计划配置采用 XML格式，编码方式 为 UTF- 8。 Wireless data communication module configuration information: Modem module number, Modem dialing information; Test geographic scope: Test scope defined by multiple closures consisting of latitude and longitude points; specific test configuration information for each module: module number, test period, number of tests, and test service; Other configuration information: Uninterruptible power supply information , SMS alarm receiving number and speed limit. As an improvement of the technical solution of the tenth, the test plan configuration adopts an XML format, and the coding mode is UTF-8.
作为以上技术方案的一种改进，所述远程自动测试和数据传输终端根据测试 范围的大小和任务规划可为一个或者多个。  As an improvement of the above technical solution, the remote automatic test and data transmission terminal may be one or more according to the size of the test range and the task plan.
作为以上技术方案的一种改进，所述远程自动测试和数据传输终端包括有远 程控制模块、 无线数据通信模块、 GPS模块以及手机测试终端模块， 不间断电源 模块。  As an improvement of the above technical solution, the remote automatic test and data transmission terminal comprises a remote control module, a wireless data communication module, a GPS module, and a mobile phone test terminal module, and an uninterruptible power supply module.
作为以上技术方案的一种改进，所述无线数据通信模块（22 )可以是 CDMA IS 95/IS 2000 (1X) /EVDO、 GSM/GPRS/EDGE/WCDMA/HSPA+、 TD- SCDMA/HSPA+、 WiFi 无线数据通信模块。  As an improvement of the above technical solution, the wireless data communication module (22) may be CDMA IS 95/IS 2000 (1X) / EVDO, GSM / GPRS / EDGE / WCDMA / HSPA +, TD - SCDMA / HSPA +, WiFi wireless Data communication module.
作为以上技术方案的一种改进， 所述手机测试终端模块（24 )可以是一个或 者多个 GSM/GPRS/EDGE、 CDMA/1X/EVD0, WCDMA/HSPA+或者 TD- SCDMA/HSPA+网络 测试模块。  As an improvement of the above technical solution, the mobile phone test terminal module (24) may be one or more GSM/GPRS/EDGE, CDMA/1X/EVD0, WCDMA/HSPA+ or TD-SCDMA/HSPA+ network test modules.
本发明的有益效果是- 本发明所提出的自动路测系统提供一个 Web用户界面， 通过此 Web界面， 工程师能够统一修改多台远程自动测试和数据传输终端的配置和测试计 划， 并能够统一下发给多台远程自动测试和数据传输终端；  The beneficial effects of the present invention are that the automatic road test system proposed by the present invention provides a web user interface, through which the engineer can uniformly modify the configuration and test plan of multiple remote automatic test and data transmission terminals, and can unify the same. Issued to multiple remote automatic test and data transmission terminals;
通过本发明所提出的控制协议， 自动路测系统实现了操作和测试的完全分 离， 极大的节省了专业工程师的人力成本；  Through the control protocol proposed by the invention, the automatic road test system realizes complete separation of operation and test, which greatly saves the labor cost of professional engineers;
通过本发明所提出的控制协议， 自动路测系统节约了大量的独立配置远程 自动测试和数据传输终端的时间， 极大地提高了工作效率；  Through the control protocol proposed by the invention, the automatic road test system saves a large amount of time for independently configuring the remote automatic test and data transmission terminal, and greatly improves the work efficiency;
本发明中的控制协议采用文本格式而非二进制， 方便研发和相关人员阅读 和理解；  The control protocol in the present invention adopts a text format instead of a binary, which is convenient for research and development and related personnel to read and understand;
本发明中的控制协议开放性高， 方便其他公司兼容使用；  The control protocol in the invention has high openness and is convenient for other companies to use;
本发明中的控制协议支持跨平台使用， 支持 Windows、 Linux , Windows The control protocol in the present invention supports cross-platform use, and supports Windows, Linux, and Windows.
Mobi le、 Symbian, Android等平台使用; Mobi le, Symbian, Android and other platforms;
本发明中的控制协议支持终端设备中多路设备的独立控制：  The control protocol in the present invention supports independent control of multiple devices in a terminal device:
本发明中的控制协议灵活性高， 方便扩展和修改：  The control protocol in the present invention has high flexibility and is convenient for expansion and modification:
本发明中的控制协议中的数据传输基于 TCP/IP协议，远程自动测试和数据 传输终端通过 Internet网络即可连接自动路测系统服务器。  The data transmission in the control protocol in the present invention is based on the TCP/IP protocol, and the remote automatic test and data transmission terminal can connect to the automatic drive test system server through the Internet network.
本发明所提出的移动通信网络自动路测系统是用于 GSM/GPRS/EDGE、 CDMA/1X/EVD0, WCDMA/HSPA+和 TD- SCDMA/HSPA+等移动通信网络的远程自动测试 及综合分析系统， 是一个结合 2G/3G移动通信终端基带芯片模块、 2G/3G移动通 信协议栈、 GPS信号处理、 GIS处理、 嵌入式系统、 数据库、 远程遥控及应用层 协议的综合移动通信网络优化管理平台。  The mobile communication network automatic road test system proposed by the invention is a remote automatic test and comprehensive analysis system for mobile communication networks such as GSM/GPRS/EDGE, CDMA/1X/EVD0, WCDMA/HSPA+ and TD-SCDMA/HSPA+, An integrated mobile communication network optimization management platform combining 2G/3G mobile communication terminal baseband chip module, 2G/3G mobile communication protocol stack, GPS signal processing, GIS processing, embedded system, database, remote control and application layer protocol.
本发明所提出的移动通信网络自动路测系统通过远程自动测试和数据传输 终端可完成自动车载测试， 用户可以不受地域限制地通过基于 TCP/IP的网络对 终端测试过程进行监控及分析。 它支持多个 CDMA/1X/EVD0、 GSM/GPRS/EDGE、 WCDMA/HSPA+和 TD- SCDMA/HSPA+测试模块同时测试。终端利用无线 Modera( CDMA IS 2000 (1X) /EVD0、 GSM/GPRS/EDGE WCDMA/HSPA+, TD- SCDMA/HSPA+、 WiFi ) 进行 测试数据的自动传输， 将测试与监测、统计分析分开， 实现无人职守自动测试和 远程监测， 具有强大的 CDMA/ GSM/WCDMA/TD-SCDM实时监测和分析功能。 The automatic road test system of the mobile communication network proposed by the invention can complete the automatic vehicle test through the remote automatic test and data transmission terminal, and the user can monitor and analyze the terminal test process through the TCP/IP-based network without geographical restrictions. It supports simultaneous testing of multiple CDMA/1X/EVD0, GSM/GPRS/EDGE, WCDMA/HSPA+ and TD-SCDMA/HSPA+ test modules. The terminal uses wireless Modera (CDMA IS 2000 (1X) /EVD0, GSM/GPRS/EDGE WCDMA/HSPA+, TD-SCDMA/HSPA+, WiFi) to automatically transmit test data, separate test and monitoring, and statistical analysis to achieve no one. Automated testing and Remote monitoring with powerful CDMA/GSM/WCDMA/TD-SCDM real-time monitoring and analysis capabilities.
附图说明 DRAWINGS
图 1为本发明所提出的移动通信网络自动路测系统的示意图。  FIG. 1 is a schematic diagram of an automatic road test system for a mobile communication network according to the present invention.
具体实施方式一 Specific embodiment 1
如图 1所示，本发明所提出的移动通信网络自动路测系统包括两个部分： 自 动路测系统服务器 1和远程自动测试和数据传输终端 2, 其中自动路测系统服务 器 1设置在测试中心，可视其为一个集中管理平台，供测试人员在其上集中制定、 修改、存储并发出针对所述远程自动测试和数据传输终端 2的测试计划配置和控 制命令， 实现了操作和测试的完全分离， 极大的节省了专业工程师的人力成本。 在本发明中， 此自动路测系统服务器 1带有互联网连接， 并提供一个 Web用户操 作界面，通过此界面测试人员不仅可以通过局域网还可以通过互联网远程登录该 服务器进行以上所述的测试计划配置和终端控制工作。  As shown in FIG. 1 , the mobile communication network automatic road test system proposed by the present invention comprises two parts: an automatic road test system server 1 and a remote automatic test and data transmission terminal 2, wherein the automatic drive test system server 1 is set in the test center. It can be regarded as a centralized management platform for testers to centrally formulate, modify, store and issue test plan configuration and control commands for the remote automatic test and data transmission terminal 2, which realizes complete operation and testing. Separation greatly saves the labor costs of professional engineers. In the present invention, the automatic drive test system server 1 has an internet connection and provides a web user operation interface through which the tester can remotely log in to the server through the local area network via the Internet to perform the test plan configuration described above. And terminal control work.
其中， 在服务器端上规划并在客户端执行的测试计划配置包括：  Among them, the test plan configuration planned on the server side and executed on the client side includes:
测试计划本身的信息： 终端机器号码、 最后更新时间；  Information about the test plan itself: terminal machine number, last update time;
对应的前端机器信息： 终端机器号码、 名称、 类型、 模块信息， 其中模块 信息又包括模块号和模块类型；  Corresponding front-end machine information: terminal machine number, name, type, module information, wherein the module information includes the module number and the module type;
数据服务器信息： IP地址和端口；  Data server information: IP address and port;
无线数据通信模块配置信息： Modem模块号、 Modern拨号信息：  Wireless data communication module configuration information: Modem module number, Modern dialing information:
测试地理范围： 多个以经纬度表示的点组成的闭包所界定的测试范围； 每个模块的具体测试配置信息： 模块号、 测试时段、 测试次数和测试业务； 其他配置信息： 不间断电源信息、 短信告警接收号码和车速条件限制等。 所述测试计划配置采用 XML格式， 编码方式为 UTF-8, 便于测试人员理解和 阅读。  Test geographic scope: Test scope defined by multiple closures consisting of latitude and longitude points; specific test configuration information for each module: module number, test period, number of tests, and test service; Other configuration information: Uninterruptible power supply information , SMS alarm receiving number and speed limit. The test plan is configured in XML format and encoded in UTF-8 for easy understanding and reading by testers.
远程自动测试和数据传输终端 2包括有远程控制模块 21、 无线数据通信模 块 22、 GPS模块 23， 以及手机测试终端模块 24、 不间断电源模块 25。 在一个系 统中， 根据测试范围的大小和任务规划，所述远程自动测试和数据传输终端 2根 据测试范围大小可为一个或者多个， 其中每一个远程自动测试和数据传输终端 2 可以包括一个或者多个手机测试终端模块 23, 此手机测试终端模块 23 可以是 GSM/GPRS/EDGE CDMA/1X/EVD0, WCDMA/HSPA+和 TD- SCDMA/HSPA+模块。  The remote automatic test and data transmission terminal 2 includes a remote control module 21, a wireless data communication module 22, a GPS module 23, and a mobile phone test terminal module 24, and an uninterruptible power supply module 25. In one system, the remote automatic test and data transmission terminal 2 may be one or more according to the size of the test range according to the size of the test range and the task plan, wherein each remote automatic test and data transmission terminal 2 may include one or A plurality of mobile phone test terminal modules 23, which may be GSM/GPRS/EDGE CDMA/1X/EVD0, WCDMA/HSPA+ and TD-SCDMA/HSPA+ modules.
无线数据通信模块 22用于通过无线通信网络和互联网与自动路测系统服务 器 1 的远程连接， 其可以使用 CDMA IS 95/IS 2000 (1X) /EVD0、 GSM/GPRS/EDGE/WCD A/HSPA+ , TD- SCDMA/HSPA+、 WiFi网络。 GPS模块 23用于定 位测试地点， 并提供地理位置信息。  The wireless data communication module 22 is for remote connection to the automatic drive test system server 1 via a wireless communication network and the Internet, which can use CDMA IS 95/IS 2000 (1X) /EVD0, GSM/GPRS/EDGE/WCD A/HSPA+, TD-SCDMA/HSPA+, WiFi network. The GPS module 23 is used to locate the test location and provide geographic location information.
所述自动路测系统服务器 1和远程自动测试和数据传输终端 2之间采用基于 TCP/IP的 Socket通信接口的控制协议实现远程连接控制和数据传输， 为方便描 述， 其中远程 C]动测试和数据传输终端 2简称为 RCU ( Remote Control Unit ), 为所述自动路测系统服务器 1简称为 Fleet系统服务器。所述控制协议的特征在 于： 所述控制协议采用文本格式编码， 方便研发和相关人员阅读和理解： TCP/IP 连接为永久性连接， 即连接后， 除非发生网络故障或者某一方强制关闭， 否则该 连接 '直存在， 在 RCU连接到 Fleet系统服务器期间，任意时刻均可以接受服务 器的配置和命令； TCP/IP的 Socket连接端口支持灵活配置， 开放性高， 方便其 他公司兼容使用， 并支持跨平台使用， 支持 Windows、 Linux, Windows Mobile, Symbian, Android等平台； 控制协议的命令交互均为 RCU发起 "请求"， 服务端 返问 "回应"； RCU通过无线通信网络拨号上 Internet网连接 Fleet系统服务器； RCU连接 Fleet系统服务器后， 将依次进行登陆、 身份验证、 时间同步、 获取配 置信息和上载数据等自动路测系统控制协议内定义的步骤。此外， 此协议还具有 控制协议灵活性高， 方便扩展和修改， 支持终端设备中多路设备的独立控制等优 点。 The automatic drive test system server 1 and the remote automatic test and data transmission terminal 2 use a TCP/IP-based Socket communication interface control protocol to implement remote connection control and data transmission, for convenience of description, wherein the remote C] dynamic test and The data transmission terminal 2 is simply referred to as an RCU (Remote Control Unit), and the automatic drive test system server 1 is simply referred to as a Fleet system server. The control protocol is characterized in that: the control protocol is encoded in a text format, which facilitates research and development and related personnel to read and understand: the TCP/IP connection is a permanent connection, that is, after the connection, unless a network failure occurs or a party is forced to close, otherwise The connection exists directly. During the connection of the RCU to the Fleet system server, the configuration and commands of the server can be accepted at any time. The TCP/IP Socket connection port supports flexible configuration, high openness, convenient for other companies to use, and supports cross- Platform use, support Windows, Linux, Windows Mobile, Symbian, Android and other platforms; control protocol command interaction is RCU initiated "request", the server returns "response"; RCU dials the Internet connection to the Fleet system through the wireless communication network server; After the RCU is connected to the Fleet system server, the steps defined in the automatic drive test system control protocol such as login, authentication, time synchronization, acquisition configuration information, and upload data are sequentially performed. In addition, this protocol has the advantages of high flexibility of control protocol, convenient expansion and modification, and independent control of multi-channel devices in terminal equipment.
RCU和 Fleet系统服务器之间的控制协议通信流程如下表所示：  The control protocol communication flow between the RCU and the Fleet system server is shown in the following table:
Figure imgf000006_0001
Figure imgf000006_0001
在连接成功之后， RCU取得测试计划配置， 并执行此计划配置。 除此之外， 通过此控制协议， 测试人员还可以通过 Fleet系统服务器对 RCU发出控制命令， 比如升级固件或软件。 After the connection is successful, the RCU obtains the test plan configuration and performs this plan configuration. In addition, through this control protocol, testers can also issue control commands to the RCU through the Fleet system server, such as upgrading firmware or software.
通过本发明所提出的控制协议，自动路测系统节约了大量的独立配置远程自 动测试和数据传输终端的时间， 极大地提高了工作效率。  Through the control protocol proposed by the present invention, the automatic road test system saves a large amount of time for independently configuring the remote automatic test and data transmission terminal, and greatly improves the work efficiency.

Claims

权 利 要 求 书 Claim
1. 一种移动通信网络自动路测系统，其包括自动路测系统服务器（1 ) 和远程自动测试和数据^输终端 （2 )， 其特征在于： 其中所述自 动路测系统服务器 （1 ) 提供基于 Web页面的管理平台供测试人 员集中制定、 修改、 存储并发出针对所述远程自动测试和数据传 输终端 （2 ) 的测试计划配置;所述自动路测系统服务器 （1 ) 和 远程自动测试和数据传输终端 ( 2 )之间采用基于 TCP/IP的 Socket 通信接口的控制协议通过无线通信网络和互联网实现远程控制 和数据传输， 所述控制协议包括依次进行的登陆、 身份验证、 时 间同步、 获取配置信息和上载数据等预定义的步骤；所述远程自 动测试和数据传输终端 （2 ) 取得测试计划配置后自动执行测试 计划并上传测试数据。 A mobile communication network automatic road test system, comprising an automatic drive test system server (1) and a remote automatic test and data transfer terminal (2), wherein: the automatic drive test system server (1) Providing a web page-based management platform for testers to centrally formulate, modify, store, and issue test plan configurations for the remote automated test and data transfer terminal (2); the automated drive test system server (1) and remote automated test And the data transmission terminal (2) adopts a TCP/IP-based Socket communication interface control protocol to realize remote control and data transmission through a wireless communication network and the Internet, and the control protocol includes sequential login, identity verification, time synchronization, Pre-defined steps of obtaining configuration information and uploading data; the remote automatic test and data transmission terminal (2) automatically executes the test plan and uploads the test data after obtaining the test plan configuration.
2. 根据权利要求 1所述的一种移动通信网络自动路测系统， 其特征 在于： 所述控制协议采用文本格式的编码方式。  2. The automatic road test system for a mobile communication network according to claim 1, wherein: the control protocol adopts a coding scheme in a text format.
3. 根据权利要求 1所述的一种移动通信网络自动路测系统， 其特征 在于： 所述控制协议的命令交互均为客户端发起 "请求"， 服务 端返回 "回应"。  3. The automatic road test system for a mobile communication network according to claim 1, wherein: the command interaction of the control protocol is initiated by the client, and the server returns a "response".
4. 根据权利要求 1所述的一种移动通信网络自动路测系统， 其特征 在于： 所述测试计划配置包括：  4. The automatic road test system for a mobile communication network according to claim 1, wherein: the test plan configuration comprises:
测试计划本身的信息： 终端机器号码、 最后更新时间；  Information about the test plan itself: terminal machine number, last update time;
对应的前端机器信息： 终端机器号码、 名称、 类型、 模块信息， 其中模块信息又包括模块号和模块类型；  Corresponding front-end machine information: terminal machine number, name, type, module information, wherein the module information includes the module number and the module type;
数据服务器信息： IP地址和端口；  Data server information: IP address and port;
无线数据通信模块配置信息： Modem模块号、 Modem拨号信息： 测试地理范围： 多个以经纬度表示的点组成的闭包所界定的测试 范围； Wireless data communication module configuration information: Modem module number, Modem dialing information: Test geographic range: Test defined by multiple closures consisting of points expressed in latitude and longitude Scope
每个模块的具体测试配置信息： 模块号、 测试时段、 测试次数和 测试业务；  Specific test configuration information for each module: module number, test period, number of tests, and test service;
其他配置信息： 不间断电源信息、 短信告警接收号码和车速条件 限制等。  Other configuration information: Uninterruptible power supply information, SMS alarm receiving number, and speed limit.
5. 根据权利要求 1所述的一种移动通信网络自动路测系统， 其特征 在于： 所述测试计划配置采用 XML格式， 编码方式为 UTF 8。 5. The automatic road test system for a mobile communication network according to claim 1, wherein: the test plan is configured in an XML format, and the coding mode is UTF 8.
6. 根据权利要求 1所述的一种移动通信网络自动路测系统， 其特征 在于： 所述远程自动测试和数据传输终端 （2 ) 根据测试范围的 大小和任务规划可为一个或者多个。 6. The automatic road test system for a mobile communication network according to claim 1, wherein: the remote automatic test and data transmission terminal (2) can be one or more according to the size of the test range and the task plan.
7. 根据权利要求 1所述的一种移动通信网络自动路测系统， 其特征 在于： 所述远程自动测试和数据传输终端 （2 ) 包括有远程控制 模块 （21 )、 无线数据通信模块 （22 )、 GPS模块 （23 ) 以及手机 测试终端模块 （24 )、 不间断电源模块 （25 )。  7. The automatic road test system for mobile communication network according to claim 1, wherein: the remote automatic test and data transmission terminal (2) comprises a remote control module (21) and a wireless data communication module (22). ), GPS module (23) and mobile phone test terminal module (24), uninterruptible power supply module (25).
8. 根据权利要求 7所述的一种移动通信网络自动路测系统， 其特征 在于： 所述无线数据通信模块 （22 ) 可以是 CDMA IS95/IS 2000 (lX) /EVDO/ GSM/GPRS/WCDMA/HSPA+、 TD- SCDMA/HSPA+、 WiFi 无线数据通信模块。  8. The automatic road test system for a mobile communication network according to claim 7, wherein: said wireless data communication module (22) can be CDMA IS95/IS 2000 (lX) / EVDO / GSM / GPRS / WCDMA /HSPA+, TD-SCDMA/HSPA+, WiFi wireless data communication module.
9. 根据权利要求 7所述的一种移动通信网络自动路测系统， 其特征 在于： 所述手机测试终端模块 （24 ) 可以是一个或者多个  9. The automatic road test system for a mobile communication network according to claim 7, wherein: said mobile phone test terminal module (24) may be one or more
GSM/GPRS/EDGE、 CDMA/1X/EVD0, WCDMA/HSPA+或者  GSM/GPRS/EDGE, CDMA/1X/EVD0, WCDMA/HSPA+ or
TD - SCDMA/HSPA+测试模块。  TD-SCDMA/HSPA+ test module.
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