Intelligent Emergency Evacuation Systems for Buildings

Zoi Kelepiri, A. Lentzas, Dimitrios Vrakas
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Abstract

The purpose of the present work is the planning of evacuation of a building in emergency conditions, the simulation of the building and the finding of the shortest path to the safest exit. The algorithm for finding and customizing the path is written in Java. The path planning algorithm used here is Dijkstra. Respectively, the evacuation building simulation is written in JavaScript with the help of Html and CSS, which is displayed in a dynamic html web page. In the building simulation the user can add all the information about the structure of the building, which are stored in an xml file. The xml file is used to find the shortest path using java. After such an adjustment the new chosen path has the lowest possible cost to the goal.
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楼宇智能紧急疏散系统
本工作的目的是在紧急情况下规划建筑物的疏散,对建筑物进行模拟,并找到通往最安全出口的最短路径。查找和定制路径的算法是用Java编写的。这里使用的路径规划算法是Dijkstra。在Html和CSS的帮助下,分别用JavaScript编写疏散建筑模拟,并在动态Html网页中显示。在建筑物模拟中,用户可以添加有关建筑物结构的所有信息,这些信息存储在xml文件中。xml文件用于使用java查找最短路径。经过这样的调整后,新选择的路径对目标的成本可能最低。
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