Title :
Mission-Driven Robotic Intelligent Sensor Agents for Territorial Security
Author :
Abielmona, Rami ; Petriu, Emil M. ; Harb, Moufid ; Wesolkowski, Slawo
Abstract :
Territorial security deals with the prevention, detection and response to unauthorized persons and/or goods from crossing a perimeter. It deals with large territories of strategic importance, such as international borders, transportation and critical infrastructure. Multi-agent systems provide flexibility, fault-tolerance, high sensing fidelity, low-cost and rapid deployment. In this paper, we concentrate on the challenges presented in applying the concepts of multi-agent systems to those presented by territorial security. We first introduce the overall system as well as prevalent agent architectures. We then briefly present our novel agent architecture, its experimental embodiment and the virtualized reality model that accepts physical sensor data and updates a global model of the environment in real-time.
Keywords :
control engineering computing; intelligent sensors; mobile robots; multi-agent systems; national security; architecture; fault-tolerance; high sensing fidelity; mission-driven robotic intelligent sensor agents; multiagent systems; physical sensor data; strategic importance; territorial security; unauthorized goods; unauthorized persons; virtualized reality model; Actuators; Computer architecture; Mobile robots; Robot sensing systems; Security;
Journal_Title :
Computational Intelligence Magazine, IEEE
DOI :
10.1109/MCI.2010.939580