An agent-based simulation framework for developing the optimal rescue plan for older adults during the emergency evacuation

Abstract

Timely evacuation and rescue in an emergency are significantly important to avoid serious injuries and death in a residential building. Previous studies regarding building emergency plans tended to adopt the data of the average population, while ignoring the elderly people with their sensory impairment, limited mobility, and a great potential for chronic disease, are more vulnerable to emergencies and thus have a high risk of death. Therefore, this study proposes an agent-based simulation framework that integrates the behaviour of both evacuees and rescuers to determine the optimal rescue plan for older adults requiring assistance in emergency evacuation procedures. A case study of a senior residence is provided to demonstrate the applicability of the framework for rescue plan formulation under different evacuation scenarios. Furthermore, a sensitivity analysis is conducted to explore the influence of rescuers’ delay time on evacuation and rescue performance and a method comparison is made to verify the effectiveness of the framework proposed in this study for rescue process optimization.