[논문]General design method for three-dimensional displays with horizontally asymmetric pixel structures

Jeong, Hea In; Jeong, Young Ju

doi:10.1016/j.displa.2021.102006

General design method for three-dimensional displays with horizontally asymmetric pixel structures

Displays, v.68, 2021년, pp.102006 -

Jeong, Hea In (Corresponding author.) , Jeong, Young Ju

Abstract ▼ AI-Helper

Abstract 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. Highlights Research suggests 3D image quality models of five 3D displays with different pixels. The 3D image quality is quantified by light field representation. Previous work is limited to one display and is hard to extend to other structures. The model is verified by the manufactured displays and light field simulation.

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General design method for three-dimensional displays with horizontally asymmetric pixel structures

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General design method for three-dimensional displays with horizontally asymmetric pixel structures

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