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Design and Optimization of Computational Imaging Systems

机译:计算成像系统的设计与优化

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A new methodology, called Wavefront Coding, allows the joint optimization of optics, mechanics, detection and signal processing of computational imaging systems. This methodology gives the system designer access to a large design trade space. This trade space can be exploited to enable the design of imaging systems that can image with high quality, with fewer physical components, lighter weight, and less cost compared to traditional optics. This methodology is described through an example conformal single lens IR imaging system. The example system demonstrates a 50% reduction in physical components, and an approximate 45% reduction in weight compared to a traditional two lens system.
机译:一种称为波前编码的新方法,允许对计算成像系统的光学,力学,检测和信号处理联合优化。该方法提供了系统设计师访问大型设计贸易空间。可以利用此贸易空间来实现可在传统光学相比具有高质量的成像系统的成像系统,而具有较少的物理部件,重量较轻,成本较少。通过示例保形单透镜IR成像系统描述该方法。示例系统显示了物理分量的50%,而与传统的两个镜头系统相比,重量近似45%。

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