Parallel intelligent emergency cooperation method and system, and electronic equipment

Abstract

The invention relates to a parallel intelligent emergency cooperation method and a system, and electronic equipment. The method comprises the steps of establishing an artificial system model based onvisual space-time fusion, and performing cross-video geographic intelligent fusion analysis-based personnel group perception and evacuation passage passing state detection on a to-be-evacuated space through the artificial system model; constructing a three-dimensional virtual simulation environment of the to-be-evacuated space, constructing a multi-agent evacuation simulation model based on personnel distribution based on historical disaster environment simulation and danger degree situation analysis, performing evacuation simulation through the multi-agent evacuation simulation model, and generating an optimal evacuation scheme prediction result; and establishing a parallel execution cooperation system based on real-time monitoring and augmented reality visualization to perform deductionsimulation and dynamic evacuation simulation, and generating an optimal evacuation scheme in combination with a prediction result of the calculation experiment system. Through a virtual-real interaction mode and cooperative evolution, the problems of emergencies, instability, nonlinearity and uncertainty in a real system are solved.

Description

technical field [0001] The application belongs to the technical field of artificial intelligence, and in particular relates to a parallel intelligent emergency coordination method, system and electronic equipment. Background technique [0002] With the rapid social progress and rapid economic development, the above-ground or underground space structure where people live or work is becoming more and more complex. How to ensure the rapid evacuation of personnel in the case of emergencies has become an important content of emergency management. Taking a rail transit hub as an example, the hub station usually has multiple platforms, station halls, transfer channels, and entrances and exits. How to quickly guide passengers to evacuate in an emergency is an urgent problem for the emergency management department to solve. Another example is that high-rise buildings usually have multiple functional areas such as offices, restaurants, and shopping malls, and the space is densely popu...

AI Technical Summary

Problems solved by technology

Due to the fact that there are many unpredictable factors in the real fire scene and there is a certain deviation from the simulation environment, the "pre-model" cannot cope with dynamic environmental changes, and the effect of guiding crowd evacuation is limited, and it is impossible to achieve dynamic evacuation induction.

Domestic scholars have proposed the theory of parallel systems and carried out research on emergency evacuation such as rail transit, but lack of real-time personnel detection and dynamic monitoring of evacuation, and emergency coordination cannot be achieved

In addition, the existing emergency evacuation methods focus on a single model or algorithm, lack of systematic theoretical support, and it is difficult to form a visual, interactive and open emergency evacuation system

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