A Study on the Safety Demonstration of Train Control System
Ducko Shin, Jaeho Lee, Kang-Mi Lee, Hwang Jong-Kyu, Joung Eui-Jin, Jong-Bae Wang, Young-Soo Park
Abstract
Ducko Shin, Jaeho Lee, Kang-Mi Lee, Hwang Jong-Kyu, Joung Eui-Jin, Jong-Bae Wang, Young-Soo Park
Abstract
In this paper we deal with the APARP theory which has been applied for UK railway system and risk assessment method which has been using in the domestic railway system for the safety demonstration. Both techniques are applied to the ATP wayside equipment for interface. Also, fur the applications of each techniques a analysis of the safety activity and a possibility of the application of ALARP theory are evaluated. Finally, we generate requirements of the safety demonstration for the future domestic railway system by way of the analysis of some assumptions and requirement data which can be applied to the risk assessment of ALARP.
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In this paper we deal with the APARP theory which has been applied for UK railway system and risk assessment method which has been using in the domestic railway system for the safety demonstration. Both techniques are applied to the ATP wayside equipment for interface. Also, fur the applications of each techniques a analysis of the safety activity and a possibility of the application of ALARP theory are evaluated. Finally, we generate requirements of the safety demonstration for the future domestic railway system by way of the analysis of some assumptions and requirement data which can be applied to the risk assessment of ALARP.
Key concepts: Engineering, Risk analysis (engineering), Control (management), Interface (matter), Risk assessment, System safety, Transport engineering, Computer science