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Elimination of image discontinuity in integral floating display by using adaptive image mapping

机译:通过使用自适应图像映射消除整体浮动显示中的图像不连续性

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摘要

We propose an adaptive image mapping method that removes image discontinuity, which is the main degradation factor of image quality in an integral floating display. The proposed method is based on a newly modified image mapping algorithm that removes image discontinuity for an observer at a specific location. By taking advantage of an eye tracking scheme, the modified algorithm can produce a floating 3D image in real time for moving observers as well. The observable area of the proposed system is analyzed, and we show that multiple observers in the area can view floating 3D images without interfering with one another's views. The effect of tracking error on the floating 3D image is analyzed, and a strategy to deal with it is also given.
机译:我们提出了一种自适应图像映射方法,该方法可消除图像不连续性,后者是整体浮动显示器中图像质量的主要下降因素。所提出的方法基于新修改的图像映射算法,该算法消除了特定位置的观察者的图像不连续性。通过利用眼睛跟踪方案,改进的算法还可以为移动的观察者实时生成浮动的3D图像。分析了所提出系统的可观察区域,并且我们显示该区域中的多个观察者可以查看浮动的3D图像而不会干扰彼此的视图。分析了跟踪误差对浮动3D图像的影响,并给出了处理策略。

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