Bio inspired infrared retina for fourth gen infrared sensors

S. Krishna
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Abstract

Infrared detectors are in the third generation of their evolution and are moving towards large format, multicolour and higher operating temperature imagers. However all the pixels in an infrared imager look essentially the same. In this paper, we will discuss the concept of a bioinspired infrared retina, in which added functionality such color, polarization or gain is encoded in the individual pixels. However, one distinguishing feature of the natural sensors like the human eye is ability to couple this powerful multimodal sensor with intelligent algorithms that only send small amounts of relevant data to the brain.
第四代红外传感器的仿生红外视网膜
红外探测器正处于第三代发展阶段,正朝着大幅面、多色和更高工作温度成像仪的方向发展。然而,红外成像仪中的所有像素看起来基本上是一样的。在本文中,我们将讨论生物红外视网膜的概念,其中添加的功能,如颜色,偏振或增益被编码在单个像素中。然而,像人眼这样的天然传感器的一个显著特征是能够将这种强大的多模态传感器与智能算法相结合,而智能算法只向大脑发送少量相关数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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