分形带板阵列人工复眼

D. Keum, K. Jeong
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引用次数: 4

摘要

本文报道了利用分形带板(FraZP)阵列的人工复眼。复眼的球形排列光学元件(小眼)有利于大视场成像。然而,由于缺乏弯曲图像传感器,很难将半球形人工复眼与市售的平面图像传感器相结合。与回流工艺制备的微透镜相比,FraZP具有足够的焦距变化。通过控制每个FraZP的焦距,可以很容易地获得平坦的图像平面,使人工复眼的三维结构与传统的图像传感器兼容。
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Artificial compound eye with fractal zone plate arrays
This work reports the artificial compound eye using fractal zone plate (FraZP) arrays. Spherically arranged optical elements (ommatidia) of compound eyes facilitate wide field-of-view (FOV) imaging. However, due to the lack of curved image sensors, it was difficult to integrate hemispherical shape of an artificial compound eye with commercially available flat image sensors. FraZP gives sufficient variation of focal length compared to a micro lens fabricated by reflow process. Flat image plane can be easily obtained by controlling the focal length of each FraZP so that 3-dimensional structure of the artificial compound eye is compatible to a conventional image sensor.
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