Kozacki Tomasz
Institute of Micromechanics and Photonics, Warsaw University of Technology, Warsaw, Poland.
Opt Express. 2010 Dec 20;18(26):27118-29. doi: 10.1364/OE.18.027118.
In the paper Wigner Distribution (WD) representation analysis of holographic display is presented. The display reconstructs holographic image by means of Spatial Light Modulator. Two major aspects are covered: imaging and viewing. Optically reconstructed images are characterized by low and spatially variant resolution. Utilizing WD representation we present a simple formula for resolution as a function of both coordinates: transverse and longitudinal. The analysis of an aliasing effect allows for meaningful extension of the field of view. All theoretical results are proven experimentally. The WD representation of angularly and spatially limited holographic image is extended to cover its visual perception as well. Angular resolution and field of view are theoretically examined. Both monocular and binocular perception are studied and illustrated experimentally.
本文提出了全息显示的维格纳分布(WD)表示分析。该显示器通过空间光调制器重建全息图像。涵盖了两个主要方面:成像和观看。光学重建图像的特点是分辨率低且空间变化。利用WD表示,我们给出了一个分辨率的简单公式,它是横向和纵向两个坐标的函数。对混叠效应的分析有助于有意义地扩展视野。所有理论结果都通过实验得到了验证。角度和空间受限全息图像的WD表示也被扩展到涵盖其视觉感知。从理论上研究了角分辨率和视野。对单眼和双眼感知都进行了研究,并通过实验进行了说明。