DocumentCode
115506
Title
Verification of risk countermeasures regarding expressway traffic control system based on creative risk management approach
Author
Sawaguchi, Manabu ; Nakahara, Itaru
Author_Institution
Creative Sci. & Eng. Dept., WASEDA Univ., Tokyo, Japan
fYear
2014
fDate
27-31 July 2014
Firstpage
3430
Lastpage
3440
Abstract
The conventional risk management based on dealing with the incidents occurred in the past mainly focuses on preventing the similar incidents against the past incidents. In the meantime, it is true that there are a lot of comments saying “beyond the scope of the assumption” or “unknown accident we´ve never seen before” after the incidents occurred. Therefore, in this paper, we propose “Risk Creative Approach (RCA)” to prevent risks after creating the risk generating mechanism based on the way of realizing risks intentionally, which comes from “Sabotage Analysis (SA)” benefitting from game theory´s standpoint. We introduced RCA to the proposed plan(we already considered) regarding “Backup System (BUS) “of “Expressway Traffic Control System (ETCS)” at Metropolitan Expressway Company(MEX) and tried to analyze and verify it. In consequence, we reaped the viable risk countermeasures including proposed measures against tsunami. Proposed countermeasures were proposed before “The great eastern Japan earthquake on 11th of March 2011”. And we conducted a review of previous plan by applying proposed risk countermeasures. What this case example makes clear is that we confirmed the effectiveness of RCA (proposed method).
Keywords
game theory; risk management; road accidents; road traffic control; ETCS; MEX; Metropolitan Expressway Company; RCA; SA; creative risk management approach; expressway traffic control system; game theory; risk countermeasure verification; risk creative approach; risk generating mechanism; sabotage analysis; Accidents; Buildings; Earthquakes; Risk management; Traffic control;
fLanguage
English
Publisher
ieee
Conference_Titel
Management of Engineering & Technology (PICMET), 2014 Portland International Conference on
Conference_Location
Kanazawa
Type
conf
Filename
6921182
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