The revolution of train control system in Japan

Masayuki Matsumo
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引用次数: 27

Abstract

The following report introduces train control systems applied in railway lines in Japan. The report also shows that train control systems have been developed and these are classified four levels from "Level 0" to "Level 3". We call these train control systems "East Japan Train Control system" (EJTC). "Level 0" system, the Automatic Train Stop device (ATS-S), was introduced into Japanese National Railways (JNR) to prevent train collision. This system has been replacing with Pattern type ATS (ATS-P); "Level 1" system. ATS-P was developed to eliminate the weaknesses of the ATS-S. Recent remarkable progress in the field of information technology makes possible a new train control system where train itself detects its location and communicates with other trains through radio transmission. Therefore, we have been developing the "Level 3" train control system called ATACS (Advanced Train Administration and Communications System). ATACS is the new train control system using information technology and ADS technology. ATACS prototype system is testing at Senseki Line in Tohoku district for practical use.
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日本列车控制系统的革命
下面的报告介绍了在日本铁路线上应用的列车控制系统。报告还显示,列车控制系统已经开发出来,从“0级”到“3级”分为四个级别。我们称这些列车控制系统为“东日本列车控制系统”(EJTC)。日本国家铁路(JNR)为防止列车相撞,引进了“0级”列车自动停车装置(ATS-S)。该系统已被模式型ATS (ATS- p)所取代;“一级”系统。开发ATS-P是为了消除ATS-S的缺点。最近在信息技术领域取得的显著进展使一种新的列车控制系统成为可能,在这种系统中,列车自己检测其位置并通过无线电传输与其他列车通信。因此,我们一直在开发“三级”列车控制系统,称为ATACS(高级列车管理和通信系统)。ATACS是采用信息技术和ADS技术的新型列车控制系统。ATACS原型系统正在东北地区Senseki线进行实际使用测试。
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