Computer Simulation of an Integrated Multi-Sensor System for Maritime Border Control
Sofia Giompapa, Alfonso Maria Farina, Fulvio Gini, Antonio Graziano, Riccardo Di Stefano · Proceedings of the IEEE National Radar Conference · 2007
This work describes a computer simulator for an integrated command and control (C2) multi-sensor system acting in a maritime border control scenario. The analyzed system is composed of two platforms of multiple sensors: a land based platform, equipped with a vessel traffic system (VTS) radar, an infrared camera (IR) and an automatic identification system (AIS); an airborne platform, carrying an airborne early warning radar (AEWR) and an IR camera. The mission of the system is the detection, tracking and identification of multiple naval targets inside a sea region, their threat level evaluation and the selection of an intervention against possible threat targets, in order to inspect their nature. The measures of effectiveness (MoE) of the integrated system are evaluated, i.e. the system performance during the detection, the threat evaluation process and the intervention.