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Pixel Design for Improved 3D TV with One-Dimensional Integral-Imaging Method

机译:一维积分成像技术的改进型3D电视像素设计

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摘要

The one-dimensional (horizontal parallax only) integral imaging (1D-II) method realizes a natural and easy-to-view 3D display. The 1D-II method is a display system that has a lenticular sheet in front of a high-resolution LCD. The use of vertical lenticular sheet is known to provide an excellent spatial frequency of 3D images. For the development of autostereoscopic 3D display with a vertical lenticular sheet, we designed new LCD pixels that can suppress moire artifacts without reducing opening ratio of pixels. By virtue of this design, we successfully put an easy-to-view 3D TV into practical use.
机译:一维(仅水平视差)积分成像(1D-II)方法可实现自然且易于查看的3D显示。 1D-II方法是一种显示系统,该系统在高分辨率LCD之前具有双凸透镜片。已知使用垂直双凸透镜片可提供出色的3D图像空间频率。为了开发具有垂直双凸透镜片的自动立体3D显示器,我们设计了新的LCD像素,该像素可以抑制波纹现象,而不会降低像素的开口率。通过这种设计,我们成功地将易于观看的3D电视投入实际使用。

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