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Integral imaging system using an adaptive lens array

机译:使用自适应透镜阵列的整体成像系统

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We produced an adaptive lens array composed of multiple flat lens arrays arranged in a curved shape with an adjustable radius of curvature, in order to overcome the hardware problem of the conventional flat or curved lens array-based systems. The manufactured adaptive lens array is applied to an integral imaging system. The gap mismatch that occurs when using a curved lens array is resolved by computing the exact display mapping position of element images through each lens. The results of the experiment demonstrate that the adaptive lens array- based integral imaging system successfully generated elemental images according to the curvature transformation of the adaptive lens array, and they were reconstructed as 3D images. (C) 2016 Optical Society of America
机译:为了克服传统的基于平面或曲面透镜阵列的系统的硬件问题,我们生产了一种自适应透镜阵列,该阵列由多个以弯曲形状排列且曲率半径可调的平面透镜阵列组成。所制造的自适应透镜阵列被应用于整体成像系统。通过计算通过每个透镜的元素图像的精确显示映射位置,可以解决使用曲面透镜阵列时出现的间隙不匹配问题。实验结果表明,基于自适应透镜阵列的积分成像系统根据自适应透镜阵列的曲率变换成功生成了元素图像,并将其重建为3D图像。 (C)2016美国眼镜学会

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