Research on Fire Escape System Based on Virtual Reality Technology

Chuanjie Lei, Siyue Ke, Zhangfei Pei, Wenbo Shao, Shanshan Liu, Yan Wang
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Abstract

Virtual reality technology mainly provides participants with a realistic simulation experience by using computer simulation systems to simulate the external environment. The fire escape system based on virtual reality technology has the characteristics of immersion, interactivity, conceivability, and 3D visualization, which is conducive to improving the fire safety awareness of the experiencer and enhancing the authenticity of fire drills. This paper first introduced the background of the fire escape system, analyzed the characteristics of the fire escape system technology, focusing on particle collision and sensory impact, and the application of relevant technologies to virtual reality technology applied to the anti-escape system, through scene restoration, scenario reproduction and other ways to be able to optimize the firefighting and rescue disposal tactical program, to achieve the interactive function with the virtual scene, to provide a scientific plan to deal with similar cases in the future. Finally, a comparison is made between the conventional fire escape training method and the method proposed in this paper. The method proposed in this paper is more favorable to enhance the authenticity and experience of the fire escape system for the experiencer.
基于虚拟现实技术的火灾逃生系统研究
虚拟现实技术主要是利用计算机仿真系统模拟外部环境,为参与者提供逼真的仿真体验。基于虚拟现实技术的消防逃生系统具有沉浸式、互动性、可想象性、三维可视化等特点,有利于提高体验者的消防安全意识,增强消防演练的真实性。本文首先介绍了火灾逃生系统的背景,分析了火灾逃生系统技术的特点,重点研究了粒子碰撞和感官冲击,并将相关技术应用到虚拟现实技术的防逃生系统中,通过场景还原、场景再现等方式能够优化消防救援处置战术方案,实现与虚拟场景的交互功能;为今后处理类似案件提供科学的方案。最后,将传统的安全逃生训练方法与本文提出的方法进行了比较。本文提出的方法更有利于增强体验者对火灾逃生系统的真实性和体验性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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