Optimal Louvre Evacuation Method based on Cellular Automata
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DOI: 10.23977/cii2019.24
Corresponding Author
Ziyue Yu
ABSTRACT
The main purpose of this paper is to figure out a plausible scientific evacuation system for the Louvre Museum. First of all, we build a basic model considering only the single floor with stairs using the Cellular Automata. Then, we try to use the Electric Field Force Formula and the Ant Colony Algorithm to evaluate the attraction level of different exhibits, and thus decide the relative moving speed of the visitors. At the end, we complete the entire Louvre evacuation model, calculating the shortest possible evacuation time using the Target Planning Model.
KEYWORDS
Cellular Automata, Ant Colony Algorithm, Target Planning Model, Evacuation Model