Abstract:
Many crowd evacuation models have been proposed with di erent aspects of interests. This research is an attempt to integrate multiple aspects to study their collective e ect on crowd dynamics. The agent-based model uses perception map for routing decision using personal observation in comparison to the information perceived from distant communication with interactive agents. Information sharing has been incorporated to provide updated information to agents regarding the perception map. This model
is combined with the game-theoretic model resolving the consequences of in uence on agents exhibiting two types of behaviours; emotional and rational. Overall this work aims at minimizing the e ect of herding as well as reducing the evacuation time. A hypothetical space has been designed to evaluate the execution of the model on different environment settings. Multiple exit strategies have been simulated based on combination of aspects. The work has been evaluated using parameters such as time, panic and agents' distribution across two exits. The results indicate that
proposed model can help to achieve both evacuation e ciency as well as minimal panic population. Moreover, it can be concluded that having a symmetric placement of exit can help to achieve desired results.
