MULTI-MODAL SPACE-TIME SIGNATURE ANALYSIS AND TRACKING SYSTEM

We propose to develop novel space-time signature extraction algorithms and an associated reconfigurable multi-modal computational platform. In Phase I we will integrate a high-performance standalone vision system (Bi-i, EUTECUS) and a multi-spectral fusion system (Fu-P, IMAGIZE) built from state-of-the-art commercial and military components. This system will have a multi-spectral multi-target tracking and discrimination (MS-MTTD) capability handling multiple sensory inputs. Since the first Bi-i and Fu-P prototypes are already available there is a chance for rapid MS-MTTD prototyping by directly interfacing the two systems and synchronizing the associated software layers and algorithmic modules. It is expected that this prototype MS-MTTD system will enable enhanced warhead/decoy tracking and discrimination under difficult imaging conditions. The system will be able to perform low latency real-time analysis of large number of simultaneous potential targets based on static as well as kinematic and multi-spectral chromatic and thermal properties. This system will serve as the basis for subsequent Phase II development of a compact, ultra high-speed MS-MTTD platform which will enable the integration into various kill vehicles.