基于高速列车通信网络标准协议的设备物理层测试方法研究

Zhiqiang Guo, Xiaodan Feng
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引用次数: 0

摘要

针对目前TCN物理测试研究较少,缺乏物理测试认证测试系统或测试方法的问题,本文根据对TCN网络物理特性的研究,以及对TCN网络测试物理需求的分析,提出了基于TCN网络测试自动化测试系统的设计方案,并与传统的TCN网络物理测试系统进行了比较分析。本文设计了一个基于MVB协议的一致性测试系统,对TCN网络物理测试系统进行了设计与开发,并给出了系统总体结构、软硬件设计,以及测试集优化模型,包括底层控制软件设计、上层测试软件设计和人机交互界面设计。并以TCN网络测试系统为基础,设计了MVB设备的物理测试方法,包括直接采样测试、信号波形测试、信号验收测试和正弦波波形测试四种方法和步骤。针对各协议描述设计实现了集成测试系统和测试方法,实现了MVB关于EMD和ESD的物理层一致性测试。实际运行表明,该MVB测试系统在保证可靠性的前提下,可以提高测试效率,降低MVB一致性测试成本,具有一定的应用价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Method Research of Device Physical Layer test Based on A High-Speed Train Communication Network Standard Protocol
For the less study of TCN physical test, and lack of physical test certification test system or test method, according to the research for physical characteristics of TCN network, and the analysis of TCN network test the physical demand, this article puts forward the design scheme based on the test automation of TCN network test system, and does the comparative analysis with traditional TCN network physical test system. This paper design a conformance test system based on MVB protocol, TCN network physical test system has been carried on the design and development, and gives the overall structure of the system, hardware and software design, and test set optimization model, including the underlying control software design, the upper test software design and human-computer interaction interface design. And based on the test system of TCN network, we design the physical test methods of MVB device, including four types of methods and steps of direct sampling test, signal waveform test, signal acceptance test and sine wave waveform test. For each protocol description design realizes the integrated test system and test method, to realize the physical layer conformance test of MVB about EMD and ESD. Practical operation shows that the MVB test system on the premise of guarantee the reliability can improve the test efficiency, reduce the MVB conformance test costs, and has a certain application value.
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