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Shutterless Far-Infrared thermal camera for improving human recognition robustness

机译:无型无线红外线热摄像机,用于提高人类识别稳健性

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摘要

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 camera sensing technologies, the far-Infrared thermal camera provides the keysense to improve system performance and increase human classification robustness. This enhanced capability relies onthe detection of the unique thermal signature of a pedestrian in any weather and light conditions, day or night, withoutbeing glared by the sun or any light source. Implementing vision system based on shutterless far-infrared solution into anautonomous detection system can reduce the rate of false positive detection. Being an imaging technology, far-infraredcamera using ULIS technology can be easily integrated into standard platform while minimizing computation resourcesrequired by detection algorithms thanks to the thermal signature detection.
机译:使用远红外技术在引导系统中,警告系统或监视系统的优点通过大跨度的成像功能如检测,目标识别和复杂环境中的正面识别。使用作为一组相机传感技术的互补工具,远红外热相机提供钥匙感觉提高系统性能并提高人类分类鲁棒性。这种增强的能力依赖于在任何天气和光线条件下的行人,日夜的独特热签名的检测被太阳或任何光源透露。基于无线快门远红外解决方案的实现视觉系统自主检测系统可以降低假阳性检测的速率。作为成像技术,远红外线使用ULIS技术的相机可以轻松集成到标准平台上,同时最小化计算资源由于热签名检测,检测算法要求。

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