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Function model of train control system for unmanned operation of urban transit system

机译:城市轨道交通无人驾驶列车控制系统功能模型

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The train control system (TCS) plays the core role to secure the safety and punctuality for railway train operation. There are various systems applied to urban transit lines which are developed differently and independently from other countries. The national standard specifications and guidelines have been established and maintained for the TCS in Korea. As the requirements of the high-efficient and economic operation of the urban transit system is getting higher, the unmanned operation of the train is moving to the limelight. Lots of systems supporting unmanned operation are being applied to the new lines such as Yongin, Busan (3rd line), Incheon (2nd line) and so on. The standard of the TCS for urban transit supports the system for unmanned operation as requirements. The function model of TCS has been established on the basis of the standard specification to analyze the requirements and behavior of the TCS. The model is also to support the test and evaluation of the system to be operated with the unmanned through the standard.
机译:列车控制系统(TCS)发挥着核心作用,以确保铁路列车运行的安全性和守时性。有多种系统适用于城市公交线路,它们与其他国家/地区的开发方式不同且独立。已经为韩国的TCS建立并维护了国家标准规范和指南。随着城市交通系统的高效,经济运行的要求越来越高,列车的无人驾驶正逐渐成为人们关注的焦点。许多支持无人操作的系统已被用于新生产线,例如龙仁,釜山(3 rd 生产线),仁川(2 nd 生产线)等。用于城市交通的TCS标准支持无人驾驶系统。在标准规范的基础上,建立了TCS的功能模型,以分析TCS的需求和行为。该模型还支持无人驾驶通过标准运行的系统的测试和评估。

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