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Speckle-reduced three-dimensional volume holographic display by use of integral imaging

机译:通过积分成像减少斑点的三维体全息显示

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We propose a method to implement a speckle-reduced coherent three-dimensional (3D) display system by a combination of integral imaging and photorefractive volume holographic storage, The 3D real object is imaged through the microlens array and stored in the photorefractive crystal. During the reconstruction process a phase conjugate reading beam is used to minimize aberration, and a rotating diffuser located on the imaging plane of the lens array is employed to reduce the speckle noise. The speckle-reduced 3D image with a wide viewing angle can be reconstructed by use of the proposed system. Experimental results are presented and optical parameters of the proposed system a-re discussed in detail. (C) 2002 Optical Society of America. [References: 21]
机译:我们提出了一种通过积分成像和光折射体积全息存储相结合的方式来实现减少斑点的相干三维(3D)显示系统的方法,该3D实物通过微透镜阵列成像并存储在光折射晶体中。在重建过程中,使用相位共轭读取光束将像差降至最低,并使用位于透镜阵列成像平面上的旋转扩散器以减少斑点噪声。可以通过使用所提出的系统来重建具有宽视角的斑点减少的3D图像。给出了实验结果并详细讨论了所提出系统的光学参数。 (C)2002年美国眼镜学会。 [参考:21]

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