Various 3D displays have been proposed to show realistic and vivid 3D images. Moreover, 3D displays have been applied in various fields including medicine, entertainment, and advertising. Depending on the application, 3D displays have different pixel structures and sizes. In this paper, we present a 3D-display design method that can be applied regardless of the pixel structure and display sizes. The area of the designable 3D display is suggested by the improved 3D image quality. The manufactured displays are used to verify the proposed method. Furthermore, a light field simulation is performed to confirm the area that was not proven by the manufactured displays. With the proposed 3D image-quality model and 3D image simulation by the light field representation, a general design of 3D displays with various pixel structures can be developed.

已经提出了各种3D显示器来显示逼真的和生动的3D图像。此外，3D显示器已经被应用于包括医学，娱乐和广告的各个领域。根据应用，3D显示器具有不同的像素结构和大小。在本文中，我们提出了一种3D显示设计方法，无论像素结构和显示尺寸如何，都可以应用该方法。改进的3D图像质量建议了可设计3D显示器的面积。所制造的显示器用于验证所提出的方法。此外，执行光场模拟以确认制造的显示器尚未证明的区域。利用提出的3D图像质量模型和通过光场表示进行3D图像模拟，可以开发具有各种像素结构的3D显示器的一般设计。