A simulation method is proposed to predict the motion artifacts of plasma display panels ( pdps ) . the method simulates the behavior of the human vision system when perceiving moving objects . the simulation is based on the measured temporal light properties of the display for each gray level and each phosphor . both the effect of subfield arrangement and phosphor decay are involved . a novel algorithm is proposed to improve the calculation speed . the simulation model manages to predict the appearance of the motion image perceived by a human with a still image . the results are validated by a set of perceptual evaluation experiments . this rapid and accurate prediction of motion artifacts enables objective characterization of the pdp performance in this aspect 针对目前等离子显示屏普遍存在的运动伪像问题,提出了一种新颖的模拟计算方法,该方法实现了对等离子体显示屏运动伪像的准确、快速估计.该方法通过测量等离子显示屏不同颜色不同灰度下光信号随时间的变化情况,仿真人眼对运动图像的视觉感知行为,模拟计算出任意图像以一定速度运动下的视觉感知效果.新算法不但加入了等离子显示屏荧光粉的延迟效应的影响,而且提高了模拟计算速度.所得模拟结果与实际主观视觉感知实验相符.这种快速准确的估计使对等离子显示器件运动伪像的客观评价成为可能
Abstract : a simulation method is proposed to predict the motion artifacts of plasma display panels ( pdps ) . the method simulates the behavior of the human vision system when perceiving moving objects . the simulation is based on the measured temporal light properties of the display for each gray level and each phosphor . both the effect of subfield arrangement and phosphor decay are involved . a novel algorithm is proposed to improve the calculation speed . the simulation model manages to predict the appearance of the motion image perceived by a human with a still image . the results are validated by a set of perceptual evaluation experiments . this rapid and accurate prediction of motion artifacts enables objective characterization of the pdp performance in this aspect 文摘:针对目前等离子显示屏普遍存在的运动伪像问题,提出了一种新颖的模拟计算方法,该方法实现了对等离子体显示屏运动伪像的准确、快速估计.该方法通过测量等离子显示屏不同颜色不同灰度下光信号随时间的变化情况,仿真人眼对运动图像的视觉感知行为,模拟计算出任意图像以一定速度运动下的视觉感知效果.新算法不但加入了等离子显示屏荧光粉的延迟效应的影响,而且提高了模拟计算速度.所得模拟结果与实际主观视觉感知实验相符.这种快速准确的估计使对等离子显示器件运动伪像的客观评价成为可能
