Using collaborative virtual geographic environment for fire disaster simulation and virtual fire training

Rui Wang, Bin Chen, F. Huang, Yu Fang
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引用次数: 10

Abstract

A fire disaster has the highest occurrence of frequency among disasters. A fire presents some of the characteristics of a disaster because of the highly destructive action of fire and of the considerable number of victims. Fire rescue is very essential in fire disaster emergency response. Disaster planning and response require ever more scientific elaboration and technological support. The paper establishes applications of fire disaster simulation and virtual fire training by using our Collaborative Virtual Geographic Environment (CVGE) platform-CySim, which is developed based on open source OpenSimulator server and Second Life client. The approach links fire simulation and human behaviour rehearsal to virtual environment, thus provides a flexibility interaction platform and distributed and collaborative learning network for disaster knowledge learning and virtual training. Users (trainers) can play it again and again, until they get it right. It therefore can be a replacement of live simulation training of fire disaster.
利用协同虚拟地理环境进行火灾模拟和虚拟消防训练
火灾是灾害中发生频率最高的灾害。火灾表现出灾难的一些特征,因为火灾具有高度的破坏性和相当多的受害者。在火灾应急响应中,消防救援是至关重要的。灾害规划和反应需要更多的科学阐述和技术支持。本文利用基于开源OpenSimulator服务器和Second Life客户端开发的协同虚拟地理环境(CVGE)平台cysim,建立了火灾仿真和虚拟火灾训练的应用。该方法将火灾模拟和人类行为演练与虚拟环境相结合,为灾害知识学习和虚拟训练提供了灵活的交互平台和分布式协同学习网络。用户(训练者)可以一遍又一遍地玩这款游戏,直到他们完全上手为止。因此,它可以替代火灾现场模拟训练。
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