Avgoustinos Filippoupolitis

Imperial College London, University of Greenwich

Papers

Total Citations

222

H-Index

About

Avgoustinos Filippoupolitis is a researcher whose work lies at the critical intersection of distributed systems, multi-agent simulation, and emergency management. His most impactful contribution is the development of a **Distributed Building Evacuation Simulator for Smart Emergency Management** (2010, 169 citations), a pioneering tool that models diverse autonomous agents to simulate complex emergency response scenarios. This work directly addresses the need for faster, more coordinated decision-making during disasters. Filippoupolitis has also explored the emerging frontier of cybersecurity in robotics, investigating **physical indicators of cyber attacks against rescue robots** (2014, 32 citations), highlighting the vulnerability of autonomous systems in life-saving missions. His earlier foundational work on **emergency response systems for disaster management in buildings** (2009, 21 citations) established a framework for evaluating information systems that reduce decision time and improve unit coordination. By bridging simulation, multi-agent systems, and robotic security, Filippoupolitis has provided both theoretical frameworks and practical tools that enhance the safety and resilience of emergency response operations.