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Design of a multichannel, multiresolution smart imaging system

机译：多通道，多分辨率智能成像系统的设计

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This paper presents the design of a multichannel imaging system where the different optical channels have a different angular resolution and field-of-view. Such an imaging system is able to resolve fine details in a small region of interest through the channel that has the highest angular resolution (0.0096 deg) while controlling the surrounding region through the channel that has the widest field-of-view (2 X 40 deg). An interesting feature of such a multichannel, multiresolution imaging system is that various image processing algorithms can be applied at different segments of the image sensor. We have designed a three channel imaging system where each optical channel consists of four aspheric lens surfaces. These three imaging channels share a single image sensor with a resolution of 1440 X 960 and a 10 (mu)m pixel size. All imaging channels have diffraction-limited performance ensuring good overall image quality.
机译：本文介绍了一种多通道成像系统的设计，其中不同的光学通道具有不同的角分辨率和视场。这样的成像系统能够通过具有最高角度分辨率（0.0096度）的通道分辨出较小的目标区域中的精细细节，同时通过具有最宽视场（2 X 40度）。这种多通道，多分辨率成像系统的一个有趣特征是，可以将各种图像处理算法应用于图像传感器的不同部分。我们设计了一个三通道成像系统，其中每个光通道由四个非球面透镜表面组成。这三个成像通道共享一个分辨率为1440 X 960和像素大小为10μm的图像传感器。所有成像通道均具有衍射极限性能，可确保良好的整体图像质量。

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