Intelligent evacuation guidance system based on game theory and ant colony algorithm and use method thereof

Abstract

The invention provides an intelligent evacuation inducing system based on game theory and ant colony algorithm and a use method thereof. The intelligent evacuation inducing system comprises a management center end, a server end, a center gateway end, a fixed sensor end and a user end. The management center end is connected with the server end through Ethernet, the server end is connected with thecenter gateway end, and the center gateway end is connected with the fixed sensor end and the user end respectively. It can collect real-time information of accident environment state in evacuation area, locate and move information of evacuees and upload it to database server, which is helpful for application server to grasp real-time change of evacuees distribution state and analyze available degree and congestion degree of each evacuation channel in real-time. It is of great application value to develop a large-scale evacuation route optimization algorithm, to use watch terminals to intelligently guide the evacuation of large-scale clusters in real time, to realize the wireless flexible arrangement and movement of evacuation guidance equipment, and to overcome the noise and interferenceproblems in voice guidance or light guidance, so as to realize the intelligent guidance of large-scale clusters.

Description

technical field [0001] The invention belongs to the field of emergency evacuation, and in particular relates to an intelligent evacuation induction system based on game theory and ant colony algorithm and an application method. Background technique [0002] When production accidents such as poisonous gas diffusion, fire, and explosion occur, and major natural disasters such as floods and earthquakes occur, the emergency scene often has the characteristics of complex environment, strong noise, strong interference, large scale of personnel, wide distribution, uneven personnel status and evacuation capacity, etc. Higher requirements are put forward for the intelligence and performance of the emergency evacuation guidance system, the flexibility of facility layout, and the reliability of long-distance transmission of control data. At present, emergency evacuation at home and abroad mainly adopts emergency broadcasting or evacuation signs based on the concept of evacuation in the...

AI Technical Summary

Problems solved by technology

At present, emergency evacuation at home and abroad mainly adopts emergency broadcasting or evacuation signs based on the concept of evacuation in the nearest fixed direction. Even if some crowded public places have two-way evacuation signs, they lack the support of evacuation path optimization algorithms and cannot achieve large-scale crowd evacuation. The overall optimization of the evacuation plan cannot realize dynamic intelligent induction of large-scale crowd evacuation in a complex accident environment according to the development trend of the accident, the availability of evacuation channels, and the distribution of personnel, and cannot realize intelligent evacuation in the true sense.

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