The advantages of using far-infrared technology in guiding systems, warning systems or surveillance systems have beendemonstrated in defense applications through a large span of imaging functions such as detection, target recognition andpositive identification in complex environments.Used as a complementary tool in a set of ADAS sensing technologies, far-Infrared thermal camera provides the keysense to improve system performance and increase detection robustness. This enhanced capability relies on the detectionof the unique thermal signature of a pedestrian, an animal or any obstacle in any weather and light conditions, day ornight, without being glared by the sun or any light source. Implementing ADAS based on far-infrared solution into anautonomous vehicle level 3 and above can reduce the rate of false positive detection. Being an imaging technology, farinfraredcamera using ULIS technology can be easily integrated into standard ADAS platform while minimizingcomputation resources required by detection algorithms thanks to the thermal signature detection.
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