Simulation Analysis of Information Control for "723" Wenzhou High-speed Railway Accident in China Based on System Dynamics

2012 Third World Congress on Software Engineering Pub Date : 2012-11-06 DOI:10.1109/WCSE.2012.45

Qian Wu, Kefan Xie

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引用次数: 2

Abstract

Information is one of most important bases in unconventional emergency response. The paper establishes system dynamics simulation model of informational control based on the law and principle of information behavior in unconventional emergency response. A case study of "723" high-speed railway accident reveals that information channel load, information technological development, information professional level etc., have important role in emergency response. Emergency managers should pay attention to improvement of information receiving and processing to enhance emergency decision-making efficiency and rapid response capability. one of the most important bases in unconventional emergency response. The paper establishes system dynamics simulation model of informational control based on the law and principle of information behavior in unconventional emergency response. A case study of "723" high-speed railway accident reveals that information channel load, information technological development, information professional level etc., have important role in emergency response. Emergency managers should pay attention to improvement of information receiving and processing to enhance emergency decision-making efficiency and rapid response capability.

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基于系统动力学的“723”温州高铁事故信息控制仿真分析

信息是非常规应急响应的重要基础之一。基于非常规应急响应中的信息行为规律和原理，建立了信息控制的系统动力学仿真模型。以“723”高铁事故为例，揭示了信息通道负荷、信息技术发展水平、信息专业水平等对应急响应的重要作用。应急管理者应注重提高信息接收和处理能力，提高应急决策效率和快速反应能力。非常规应急响应中最重要的基地之一。基于非常规应急响应中的信息行为规律和原理，建立了信息控制的系统动力学仿真模型。以“723”高铁事故为例，揭示了信息通道负荷、信息技术发展水平、信息专业水平等对应急响应的重要作用。应急管理者应注重提高信息接收和处理能力，提高应急决策效率和快速反应能力。

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2012 Third World Congress on Software Engineering

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