2007Unpublished venueRequires access

Investigation of risk analysis methods for safety assurance in the train control system

Hyun-Jeong Jo, Jong-Gyu Hwang

Open publisher page 5 citations

Abstract

Failures of equipments for train control systems are linked directly to extensive damages of human lives or financial losses from the increasing uses of train control equipments utilizing computers. Then safety activities for assuring safety and reliability are needed during the system life-cycle. Risk assessment is important phase to increase safety from determining the risk presented by the identified hazard. In this paper, we examine the methods for risk analysis and assessment of safety activities and propose optimized one method for risk estimation. In the comparison of risk graph and risk matrix method for safety estimation, proposed BP(best practice)-risk method combines the most beneficial properties of commonly used approaches.

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What this paper is about

Failures of equipments for train control systems are linked directly to extensive damages of human lives or financial losses from the increasing uses of train control equipments utilizing computers. Then safety activities for assuring safety and reliability are needed during the system life-cycle. Risk assessment is important phase to increase safety from determining the risk presented by the identified hazard. In this paper, we examine the methods for risk analysis and assessment of safety activities and propose optimized one method for risk estimation. In the comparison of risk graph and risk matrix method for safety estimation, proposed BP(best practice)-risk method combines the most beneficial properties of commonly used approaches.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Failures of equipments for train control systems are linked directly to extensive damages of human lives or financial losses from the increasing uses of train control equipments utilizing computers. Then safety activities for assuring safety and reliability are needed during the system life-cycle. Risk assessment is important phase to increase safety from determining the risk presented by the identified hazard. In this paper, we examine the methods for risk analysis and assessment of safety activities and propose optimized one method for risk estimation. In the comparison of risk graph and risk matrix method for safety estimation, proposed BP(best practice)-risk method combines the most beneficial properties of commonly used approaches.

Key concepts: Reliability engineering, Safety assurance, Risk assessment, Risk analysis (engineering), System safety, Computer science, Reliability (semiconductor), Hazard

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