Color Optimization for Reducing Artifacts on Barrier-Based Multi-View Displays

Kaisei Sakurai, K. Miyata
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Abstract

Ghosting artifacts unexpectedly appear resultant of crosstalk in multi-view displays. In this paper, we propose an algorithm that controls ghosting, assuming that crosstalk occurs. The target of this paper is a barrier-based multi-view display. Our method generates a pattern for the back layer on the display. Many previous methods attempted to reduce crosstalk, and consequently, it reduces ghosting. In contrast, we will focus only on reducing ghosts in displaying images. We assume that ghosting occurs when crosstalk makes a distribution of colors in displaying images. So, if the distribution will become small, then the ghosts are reduced. From our assumption, we develop an optimization that does not change structures in displaying images. In this paper, we only discuss how to generate the pattern on the back layer. We will show the results of our method as a simulation.
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基于屏障的多视图显示中减少伪影的颜色优化
在多视点显示中,由于串扰会意外出现重影。在本文中,我们提出了一种控制重影的算法,假设串扰发生。本文的研究目标是基于障碍物的多视图显示。我们的方法为显示器的背面层生成一个图案。以前的许多方法都试图减少串扰,从而减少了重影。相比之下,我们将只关注在显示图像时减少鬼影。我们假设,当串音在显示图像时使颜色分布时,就会出现重影。所以,如果分布变小,幽灵就会减少。根据我们的假设,我们开发了一种不改变显示图像结构的优化方法。在本文中,我们只讨论如何在背面层上生成图案。我们将以模拟的形式展示我们方法的结果。
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