: Geometry files (BIM, CAD) representing the physical layout of the evacuation site. 🚀 Key Findings in P2P Evacuation Research
: Utilizing distributed algorithms to update "safest paths" as environmental conditions (like fire or structural damage) change. Evacuation-P2P.rar
: Incorporating psychological factors (fear, group dynamics) improves the accuracy of predicted evacuation times by up to 20% . : Geometry files (BIM, CAD) representing the physical
The project focuses on a decentralized approach to emergency management. Unlike traditional centralized systems that rely on a single server, this P2P framework allows individual nodes (e.g., mobile devices, smart building sensors, or autonomous agents) to communicate directly to coordinate escape routes. đź› Core Technical Objectives The project focuses on a decentralized approach to
: User manuals, API references, or a research paper draft explaining the underlying P2P protocol.
: Configuration files for tools like AnyLogic or Pathfinder .