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本文提出一种利用液晶显示屏(LCD)和液晶(LC)偏振开关组成的三维集成成像系统,并给出实验演示结果,其目的是为了增强可视性,例如集成成像的视角和图像深度。为了增大视角,使用了液晶偏振开关控制的单透镜和正交偏振片。为了增大图像的深度,采用了双折射材料或带有偏振开关的偏振选择性反射镜。由于我们提出的所有方法都不使用机械结构,因此有助于实现一个实用的基于集成成像的3D显示系统。
This paper presents a three-dimensional integrated imaging system using a liquid crystal display (LCD) and a liquid crystal (LC) polarization switch, and presents experimental demonstration results for the purpose of enhancing visibility, such as integrated imaging perspective and image depth. In order to increase the viewing angle, a single lens and an orthogonal polarizer controlled by a liquid crystal polarization switch are used. In order to increase the depth of the image, a birefringent material or a polarization selective mirror with a polarization switch is used. Since none of our proposed methods use a mechanical structure, it helps implement a practical 3D imaging system based on integrated imaging.