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吴仁杰, 徐中伟. CBTC测试平台车载控制器控车功能测试的设计[J]. 铁路计算机应用, 2019, 28(2): 56-60.
引用本文: 吴仁杰, 徐中伟. CBTC测试平台车载控制器控车功能测试的设计[J]. 铁路计算机应用, 2019, 28(2): 56-60.
Renjie WU, Zhongwei XU. Vehicle control function test for vehicle on-board controller of CBTC test platform[J]. Railway Computer Application, 2019, 28(2): 56-60.
Citation: Renjie WU, Zhongwei XU. Vehicle control function test for vehicle on-board controller of CBTC test platform[J]. Railway Computer Application, 2019, 28(2): 56-60.

CBTC测试平台车载控制器控车功能测试的设计

Vehicle control function test for vehicle on-board controller of CBTC test platform

  • 摘要: 针对基于通信的列车控制(CBTC)测试平台被测设备群中的车载控制器(VOBC),设计了仿真车辆与其在几种常见列车运行场景下的交互流程,以测试其控车功能。利用计算机仿真技术,通过Microsoft Visual Studio开发工具及C#语言进行编程以实现仿真车辆子系统、车载接口适配器等与VOBC物理设备的通信,完成了VOBC设备功能测试框架的构建。在紧急制动、限制向前人工驾驶模式(RMF)选择及列车自动驾驶(ATO)3种运行场景下,分别设计了仿真车辆与VOBC设备的交互流程,通过实际项目测验,该设计能完成对VOBC控车功能的测试。这为VOBC设备功能的测试提供了可行的技术方案,也为CBTC测试平台被测设备群中其它设备的测试提供了参考。

     

    Abstract: Aiming at VOBC equipment in CBTC test platform, this article designed the interactive process between simulated vehicle and several common train running scenarios to test its control function. Using computer simulation technology, the communication between simulation vehicle subsystem, vehicle interface adapter and VOBC physical equipment was implemented by programming with Microsoft Visual Studio development tool and C# language, and the construction of VOBC functional testing framework was completed. In the three operating scenarios of emergency braking, RMF driving mode selection and ATO automatic driving, the interaction process between simulated vehicle and VOBC equipment was designed. Through the actual project test, the design can complete the test of VOBC control function. This provides a feasible technical scheme for VOBC equipment function test, and also provides a reference for other equipment test in CBTC test platform.

     

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