首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >Study on information content of the 3D object's coherent imaging and hologram information redundancy
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Study on information content of the 3D object's coherent imaging and hologram information redundancy

机译:3D物体相干成像信息内容与全息图信息冗余研究

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摘要

On the basis of the light field distribution of objects with coherent illumination, and the most basic physical mechanism of binocular stereoscopic vision, we calculate the information content of the light field in 'the smallest observation window' produced by a point source and multi-points source respectively, and 'the smallest observation window' means that the size of the window just satisfies the demand of binocular stereo vision. As a result, the minimum information content of the light field that the binocular stereo vision needed is acquired. Comparing the information content of hologram with that of the light field in the hologram plane, we make out the redundancy of holographic information content and point out the direction of the holographic compression.
机译:基于相干照明对象的光场分布,以及双目立体视觉的最基本物理机制,我们计算出由点光源和多点产生的“最小观察窗”中光场的信息内容分别是“最小观察窗”和“最小观察窗”,这意味着该窗的大小正好满足了双目立体视觉的需求。结果,获得了双目立体视觉所需的光场的最小信息内容。将全息图的信息内容与全息图平面中的光场的信息内容进行比较,我们得出了全息图信息内容的冗余度,并指出了全息图压缩的方向。

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