P. Polakos

Papers

Total Citations

155

H-Index

About

P. Polakos is a leading researcher at the intersection of distributed systems and intelligent automation, with key contributions in fog computing, multi-robot coordination, and network virtualization. Polakos’s most influential work, “A Platform as-a-Service for Hybrid Cloud/Fog Environments” (99 citations), pioneered a framework that seamlessly integrates distant cloud resources with fog nodes at the network edge, enabling low-latency computation and storage for latency-sensitive applications. This foundational architecture has shaped how modern systems balance scalability and responsiveness. In the domain of emergency robotics, Polakos developed a coalition formation algorithm for multi-robot task allocation in large-scale natural disasters (43 citations), demonstrating how autonomous robot teams can dynamically organize to perform search and rescue in hazardous environments where humans cannot operate safely. Further advancing network infrastructure, Polakos’s work on network functions virtualization (NFV) for gateways in virtualized wireless sensor and actuator networks (13 citations) introduced elastic, on-the-fly provisioning to support heterogeneous, shared sensor environments. These contributions collectively establish Polakos as a key figure in enabling resilient, intelligent, and scalable cyber-physical systems for critical applications.