Compact self-contained enhanced-vision system (EVS) sensor simulator

Carlo Tiana

doi:10.1117/12.719509

27 April 2007 Compact self-contained enhanced-vision system (EVS) sensor simulator

Carlo Tiana

Proceedings Volume 6559, Enhanced and Synthetic Vision 2007; 65590J (2007) https://doi.org/10.1117/12.719509
Event: Defense and Security Symposium, 2007, Orlando, Florida, United States

Abstract

We describe the model SIM-100 PC-based simulator, for imaging sensors used, or planned for use, in Enhanced Vision System (EVS) applications. Typically housed in a small-form-factor PC, it can be easily integrated into existing out-the-window visual simulators for fixed-wing or rotorcraft, to add realistic sensor imagery to the simulator cockpit. Multiple bands of infrared (short-wave, midwave, extended-midwave and longwave) as well as active millimeter-wave RADAR systems can all be simulated in real time. Various aspects of physical and electronic image formation and processing in the sensor are accurately (and optionally) simulated, including sensor random and fixed pattern noise, dead pixels, blooming, B-C scope transformation (MMWR). The effects of various obscurants (fog, rain, etc.) on the sensor imagery are faithfully represented and can be selected by an operator remotely and in real-time. The images generated by the system are ideally suited for many applications, ranging from sensor development engineering tradeoffs (Field Of View, resolution, etc.), to pilot familiarization and operational training, and certification support. The realistic appearance of the simulated images goes well beyond that of currently deployed systems, and beyond that required by certification authorities; this level of realism will become necessary as operational experience with EVS systems grows.

Citation Download Citation

Carlo Tiana "Compact self-contained enhanced-vision system (EVS) sensor simulator", Proc. SPIE 6559, Enhanced and Synthetic Vision 2007, 65590J (27 April 2007); https://doi.org/10.1117/12.719509

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