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Experimentally validated computational imaging with adaptive multiaperture folded architecture

机译:经过实验验证的自适应多孔径折叠架构计算成像

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We present experimental results of imaging and digital superresolution in a multiaperture miniature folded imaging architecture called PANOPTES. We prove the feasibility of integrating a low f-number folded imagers within a steerable multiaperture framework while maintaining a thin profile. Stringent requirements including low f-number and compact form factor, combined with the need for an ability to steer individual fields of view necessitate an off-axis design, resulting in a plane symmetric optical system. We present a detailed description of the ensuing optical design and its performance. The feasibility of this architecture is demonstrated through experiments and preliminary reconstruction results.
机译:我们介绍了在称为PANOPTES的多孔径微型折叠成像架构中成像和数字超分辨率的实验结果。我们证明了在可控的多孔径框架内集成低f值折叠成像仪同时保持薄型轮​​廓的可行性。严格的要求包括低f值和紧凑的外形尺寸,以及对转向各个视野的能力的要求,因此必须进行离轴设计,从而形成平面对称的光学系统。我们对随后的光学设计及其性能进行详细描述。通过实验和初步重建结果证明了该架构的可行性。

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