Compact, Multi-Sensor Spectral-3D Signature Collection System

Recent improvements in 3D sensing and shape extraction from imaging sensors coupled with recent improvements in low-cost spectral sensing offer the promise of novel capabilities for capturing high-fidelity spectral-shape measurements of complex targets. A robust, multi-phenomenology modeling capability will be essential for the success of these new algorithms. In turn, today's model construction and validation approaches will require a new generation of "Spectral-3D" data collection technologies. SET Associates proposes a two-phase effort to design and build a low-cost, ground-based spectral-3D collection system for use in the construction and validation of multi-phenomenology physics-based target and clutter signature models. The proposed system will consist of a reconfigurable and co-boresighted array of video, ladar, and near IR (NIR) sensors mounted on a portable tower. Subsequent designs could also include an array of short, mid, and long wave IR sensors.