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Research and design of data communication subsystem of urban rail transit CBTC system

机译:城市轨道交通中央信谱系统数据通信子系统的研究与设计

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With the intensive development of urban rail transit in China, urban rail transit has increasingly become the preferred mode of transportation for citizens due to its convenience and speed. The design and construction of an efficient and highly reliable urban rail transit system has become an urgent requirement for urban rail transit construction. This article mainly introduces the research and design of the data communication subsystem of the urban rail transit CBTC system, and intends to provide some ideas and directions for studying the data communication subsystem of the urban rail transit CBTC system. This article uses a variety of methods, such as consulting literature and information research on trademark system suppliers. The development status of CBTC system and data communication subsystem is analyzed, and the importance of data communication subsystem and the necessity of the entire CBTC system are analyzed. The experimental results of this article show that in the design, development and application engineering of the CBTC system, the DCS subsystem accounts for 55%, the system is complex, and the environment is changeable, occupying an important position. When the DCS has a problem, it may cause drive failure, affect normal functions, cause greater losses, and even cause huge safety accidents. Therefore, the reasonable, reliable and safe design of the DCS subsystem is of great significance.
机译:随着中国城市轨道交通的密集开发,由于便利和速度,城市轨道交通越来越成为公民的首选运输方式。高效且高度可靠的城市轨道交通系统的设计和构建已成为城市轨道交通建设的迫切要求。本文主要介绍了城市轨道交通资源系统数据通信子系统的研究和设计,并打算为研究城市轨道交通CBTC系统的数据通信子系统提供一些思路和方向。本文采用各种方法,如咨询文献和商标系统供应商的信息研究。分析了CBTC系统和数据通信子系统的开发状态,分析了数据通信子系统的重要性和整个CBTC系统的必要性。本文的实验结果表明,在CBTC系统的设计,开发和应用工程中,DCS子系统占55%,系统复杂,环境变化,占据重要位置。当DCS出现问题时,可能会导致驱动器故障,影响正常功能,导致更大的损失,甚至导致巨大的安全事故。因此,DCS子系统的合理,可靠和安全的设计具有重要意义。

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