首页> 外文会议>Conference on Infrared Technology and Applications XXVII Apr 16-20, 2001, Orlando, USA >AIRS FPA applied to the MIRIADS: Powerful infrared systems applications
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AIRS FPA applied to the MIRIADS: Powerful infrared systems applications

机译:AIRS FPA应用于MIRIADS:强大的红外系统应用

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Raytheon's Infrared Operations (RIO) has invented and developed a new type of focal plane array with "Image Processing on-the-chip" named the Adaptive IR Sensor (AIRS). The AIRS FPA is based upon the human retina in that it performs signal processing near the photoreceptors. The AIRS FPA has been reduced to practice and adaptively removes detector and optic temperature drift and 1/f induced fixed pattern noise. This 3~()rd-generation multi-mode IRFPA, also called a Smart FPA, is a 256X256-array format capable of operation in four modes: 1) Direct Injection (DI), 2) Adaptive Non-uniformity Correction (NUC), 3) Motion/Edge Detection, and 4) Subframe Averaging. Nova Research has developed a Modular IR Application Development System (MIRIADS) which is a compact single board camera system that is highly integrated with the dewar assembly. The MIRIADS system coupled with the AIRS Smart FPA results in a very high performance wide field of view IR Sensor and processing system with integrated in one of the smallest packages to date.
机译:雷神公司的红外行动(RIO)发明并开发了一种新型的焦平面阵列,其名为“片上图像处理”,称为自适应红外传感器(AIRS)。 AIRS FPA基于人体视网膜,因为它在感光器附近执行信号处理。 AIRS FPA已降低为可以实践并自适应地消除检测器和光学温度漂移以及1 / f引起的固定模式噪声。这是第三代()第三代多模式IRFPA,也称为Smart FPA,它是256X256阵列格式,能够在四种模式下运行:1)直接注入(DI),2)自适应非均匀校正(NUC) ,3)运动/边缘检测和4)子帧平均。 Nova Research开发了一种模块化红外应用开发系统(MIRIADS),该系统是与杜瓦瓶组件高度集成的紧凑型单板相机系统。 MIRIADS系统与AIRS Smart FPA结合在一起,可形成高性能的宽视场红外传感器和处理系统,并集成到迄今为止最小的封装之一中。

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