Emergency Response and Evacuation Planning using 3D GIS

This research initiative is dedicated to developing a sophisticated Emergency and Response Evacuation System. The primary objectives encompass a detailed analysis of safe pathways during emergency situations, proposing strategic locations for Emergency Assembly Areas, and simulating various emergency evacuation scenarios. At the core of the conceptual framework lies the implementation of the Dijkstra Algorithm for optimal route optimization. This algorithm systematically generates the most efficient paths in simulation iterations, guiding individuals toward fire extinguisher locations and intelligently terminating at the nearest available assembly areas and exits. This meticulous approach ensures a robust routing strategy, significantly elevating the overall efficacy of emergency evacuation procedures during crisis situations.