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Moire Pattern Reduction by Using Special Designed Parallax Barrier in an Autostereoscopic Display

机译:通过在自动立体显示器中使用特殊设计的视差栅栏减少莫尔条纹

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摘要

The moire pattern is caused by the spatial interference of two regular pattern structures. In the case of an autostereoscopic display, it's caused by the overlap of the parallax barrier and the black matrix among pixels of FPD. To minimize the moire effect, we simulate the relationship of brightness distribution and various design parameters of the parallax barrier. According to the simulation results, a combination of multiple parameters was chose to obtain a moire free autostereoscopic display based on the concept of mutual compensation among the design parameters. After the detailed simulation, experiments of the final design were made to verify the performance of the display.
机译:波纹图案是由两个规则图案结构的空间干扰引起的。在自动立体显示器的情况下,这是由FPD像素之间的视差栅栏和黑矩阵重叠引起的。为了使莫尔效应最小化,我们模拟了视差屏障的亮度分布和各种设计参数之间的关系。根据仿真结果,基于设计参数之间相互补偿的概念,选择了多个参数的组合以获得无波纹的自动立体显示器。在进行详细的模拟之后,进行了最终设计的实验,以验证显示器的性能。

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