Multiagental model of process of evacuation of people from industrial premises in case of emergency
A model of Fire Emergency Evacuation process from industrial premises based on the theory of multi-agent systems is proposed in this paper. The distinctive feature of the proposed model is in combining the formal description of agents physical interactions using an adaptive model of partially elastic collision with the rules defining the agents behavior. The correction of agents speed at each step of modeling time allows to reduce the time of their moving towards the exit from the premise. The model allows to investigate people locations and their movings in the fire emergency situation and to find the evacuation time. The proposed model can be used as a basis for finding directions of people evacuation and developing fire emergency evacuation plans.