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Evaluation of next-generation color wheels for field sequential color displays

机译:评估用于场序彩色显示器的下一代色轮

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Field sequential color display technology uses the temporal properties of the human visual system in order to build a full colored frame by time sequential_additive synthesis of a given number of sub-frames, e.g. the standard red, green, and blue primaries, or up to six primaries such as in the latest improvement made with color wheels. Because field sequential color display can exhibit a disturbing visual artifact called the rainbow effect or color breakup effect, we set up a psychophysical experiment to evaluate in an easy way the visual comfort of the standard observer according to the technology of color wheel used versus several significant parameters that must be taken into account when considering this effect. The study is an attempt to better understand the perception of the rainbow effect and the way to reduce it. It also provides data, results and discussion about color wheels, and their latest improvements.
机译:场序彩色显示技术利用人类视觉系统的时间特性,以便通过时间上给定数目的子帧的顺序累加合成来构建全彩色帧。标准的红色,绿色和蓝色原色,或最多六个原色,例如色轮的最新改进。由于场序彩色显示会表现出令人不安的视觉伪像,称为彩虹效应或颜色分解效应,因此我们建立了心理物理实验,以根据使用的色轮技术对标准观察者的视觉舒适性进行简单评估,而对于其他几种考虑此效果时必须考虑的参数。这项研究旨在更好地理解彩虹效应及其减少方式。它还提供有关色轮及其最新改进的数据,结果和讨论。

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