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    • 1. 发明授权
    • High-quality gradient-corrected linear interpolation for demosaicing of color images
    • 高质量梯度校正线性插值,用于彩色图像的去马赛克
    • US07502505B2
    • 2009-03-10
    • US10801450
    • 2004-03-15
    • Henrique S. MalvarLi-wei HeRoss Cutler
    • Henrique S. MalvarLi-wei HeRoss Cutler
    • G06K9/00G06K9/32
    • G06T3/4015
    • A gradient-corrected linear interpolation method and system for the demosaicing of color images. The method and system compute an interpolation using some a current technique (preferably a bilinear interpolation technique to reduce computational complexity), compute a correction term (such as a gradient of a desired color at a given pixel), and linearly combine the interpolation and the correction term to produce a corrected, high-quality interpolation of a missing color value at a pixel. The correction term may be a gradient correction term computed from the current color of the current pixel. This gradient is directly used to affect and correct the estimated color value produced by the prior art interpolation technique. The gradient-corrected linear interpolation method and system may also apply a gradient-correction gain to the gradient correction term. This gradient-correction gain affects the amount of gradient correction that is applied to the interpolation.
    • 用于彩色图像去马赛克的渐变校正线性插值方法和系统。 该方法和系统使用一些当前技术(优选双线性插值技术来减少计算复杂度)来计算插值,计算校正项(例如给定像素处的期望颜色的梯度),并且将内插和 校正项,以产生在像素处缺失颜色值的校正的高质量插值。 校正项可以是从当前像素的当前颜色计算的梯度校正项。 该梯度直接用于影响和校正由现有技术插值技术产生的估计颜色值。 梯度校正线性插值方法和系统还可以对梯度校正项应用梯度校正增益。 该梯度校正增益影响应用于插值的梯度校正量。
    • 4. 发明申请
    • High-quality gradient-corrected linear interpolation for demosaicing of color images
    • 高质量梯度校正线性插值,用于彩色图像的去马赛克
    • US20050201616A1
    • 2005-09-15
    • US10801450
    • 2004-03-15
    • Henrique MalvarLi-wei HeRoss Cutler
    • Henrique MalvarLi-wei HeRoss Cutler
    • G06T1/00G06T3/40H04N1/46H04N1/60G06K9/00
    • G06T3/4015
    • A gradient-corrected linear interpolation method and system for the demosaicing of color images. The method and system compute an interpolation using some a current technique (preferably a bilinear interpolation technique to reduce computational complexity), compute a correction term (such as a gradient of a desired color at a given pixel), and linearly combine the interpolation and the correction term to produce a corrected, high-quality interpolation of a missing color value at a pixel. The correction term may be a gradient correction term computed from the current color of the current pixel. This gradient is directly used to affect and correct the estimated color value produced by the prior art interpolation technique. The gradient-corrected linear interpolation method and system may also apply a gradient-correction gain to the gradient correction term. This gradient-correction gain affects the amount of gradient correction that is applied to the interpolation.
    • 用于彩色图像去马赛克的渐变校正线性插值方法和系统。 该方法和系统使用一些当前技术(优选双线性插值技术来减少计算复杂度)来计算插值,计算校正项(例如给定像素处的期望颜色的梯度),并且将内插和 校正项,以产生在像素处缺失颜色值的校正的高质量插值。 校正项可以是从当前像素的当前颜色计算的梯度校正项。 该梯度直接用于影响和校正由现有技术插值技术产生的估计颜色值。 梯度校正线性插值方法和系统还可以对梯度校正项应用梯度校正增益。 该梯度校正增益影响应用于插值的梯度校正量。
    • 10. 发明授权
    • Real-time image rendering with layered depth images
    • 实时图像渲染与分层深度图像
    • US06466207B1
    • 2002-10-15
    • US09040941
    • 1998-03-18
    • Steven J. GortlerLi-wei HeMichael F. Cohen
    • Steven J. GortlerLi-wei HeMichael F. Cohen
    • G06T1510
    • G06T15/205
    • A method and computer product for rendering real-time three-dimensional images on a display based on view manipulation of prestored depth images in a global coordinate space. First, a layered depth image is generated from multiple depth images based on a predetermined display viewpoint. If the determined viewpoint is within a predetermined threshold of the layered depth image, the generated layered depth image is warped based on the determined display viewpoint, pixels from the layered depth image are splatted onto the warped image, and an output image is generated and displayed based on the splat pixels. If the determined viewpoint is outside the predetermined threshold of the previously generated layered depth image, a next closest layered depth image is generated. If the next closest layered depth image is not fully generated, the previously generated layered depth image is used to generate an output image. If the next closest layered depth image is fully generated, the process is repeated for the generated next closest layered depth image.
    • 一种用于基于在全局坐标空间中预先存储的深度图像的视图操纵在显示器上呈现实时三维图像的方法和计算机产品。 首先,基于预定的显示视点从多个深度图像生成分层深度图像。 如果所确定的视点在分层深度图像的预定阈值内,则基于所确定的显示视点来扭曲所生成的分层深度图像,并将来自分层深度图像的像素分解成弯曲图像,并且生成并显示输出图像 基于splat像素。 如果确定的视点在先前生成的分层深度图像的预定阈值之外,则生成下一个最接近的分层深度图像。 如果未完全生成下一个最接近的分层深度图像,则使用先前生成的分层深度图像来生成输出图像。 如果完全生成下一个最接近的分层深度图像,则对于生成的下一个最近的分层深度图像重复该过程。