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    • 2. 发明授权
    • Method of estimating the motion in image processing
    • 估计图像处理中运动的方法
    • US08446950B2
    • 2013-05-21
    • US12258142
    • 2008-10-24
    • Peter RiederGuenter SchefflerChristian TuschenMarko HahnMarkus Schu
    • Peter RiederGuenter SchefflerChristian TuschenMarko HahnMarkus Schu
    • H04N7/12
    • H04N19/51H04N19/56
    • A method is described for selecting a motion vector for a first image block of an image of an image sequence from a number of test vectors, to which respectively a significance measurement is assigned, wherein at least one of these test vectors is a motion vector of a further image block that is arranged temporally and/or spatially adjacent to the first image block, or a vector formed by modification of this motion vector, and wherein the method covers: Determining a distance measurement for each test vector, Determining a modified distance measurement to each test vector depending on the distance measurement determined to this test vector and additionally at least on the significance measurement assigned to this test vector, Selecting one of the test vectors as motion vector depending on the modified distance measurements, Determining a new distance measurement of the test vector selected as motion vector depending on whether the selected motion vector meets at least one significance criterion, and assigning this new significance measurement as significance measurement to the motion vector for the selection of a motion vector for a third image block, in which the motion vector of the first image block or a vector formed by modification of this motion vector is selected as test vector.
    • 描述了一种从多个测试向量中选择图像序列的图像的第一图像块的运动矢量的方法,分别对其分配显着性测量值,其中这些测试矢量中的至少一个是运动矢量 在第一图像块的时间和/或空间上布置的另一个图像块,或通过修改该运动矢量形成的矢量,并且其中该方法覆盖:确定每个测试向量的距离测量,确定修改的距离测量 根据对该测试矢量确定的距离测量值和至少在分配给该测试矢量的显着度测量值,将每个测试矢量选择为根据修改的距离测量的运动矢量的测试矢量,确定新距离测量 根据所选择的运动矢量是否满足至少一个显着性,选择作为运动矢量的测试向量 并且将该新的重要性测量值作为对第三图像块的运动矢量的选择的运动矢量的有意义测量值的分配,其中,选择第一图像块的运动矢量或通过修改该运动矢量形成的矢量 作为测试载体。
    • 5. 发明申请
    • Image Processing Method With Motion Estimation And Image Processing Arrangement
    • 具有运动估计和图像处理布置的图像处理方法
    • US20100315560A1
    • 2010-12-16
    • US12797808
    • 2010-06-10
    • Marko HahnMarkus SchuPeter RiederChristian Tuschen
    • Marko HahnMarkus SchuPeter RiederChristian Tuschen
    • H04N5/14
    • H04N19/00757G06T3/00H04N7/014H04N7/18H04N19/176H04N19/533H04N19/577H04N19/59H04N19/60H04N19/61
    • A method for processing a video image sequence with a number of successive images and an image processing device for processing a video image sequence are described. The method comprises: generation of at least one scaled image sequence (F11, F12) from the video image sequence (F); generation of a motion-compensated scaled image sequence (F40) from the scaled image sequence (F50); generation of a motion-compensated output image sequence (F′) from the scaled image sequence (F40); wherein the generation of the motion-compensated scaled image sequence (F40) comprises the determination of a motion vector field based on at least two images (F11n−1; F11n) of the scaled image sequence (F11, F12) and the interpolation of an image using the at least two images and the motion vector field, and wherein the at least one input scaling factor (S11, S12) is dependent on motion information that is represented by at least one motion vector field that was determined for the temporally preceding images of the at least one scaled image sequence (F11, F12).
    • 描述了一种用于处理具有多个连续图像的视频图像序列的方法和用于处理视频图像序列的图像处理装置。 该方法包括:从视频图像序列(F)生成至少一个缩放图像序列(F11,F12); 从缩放图像序列(F50)生成运动补偿缩放图像序列(F40); 从缩放图像序列(F40)生成运动补偿输出图像序列(F'); 其中,所述运动补偿缩放图像序列(F40)的生成包括基于所述缩放图像序列(F11,F12)的至少两个图像(F11n-1; F11n)和所述运动补偿缩放图像序列 使用所述至少两个图像和所述运动矢量场的图像,并且其中所述至少一个输入缩放因子(S11,S12)取决于由对于时间上在前的图像确定的至少一个运动矢量场表示的运动信息 的所述至少一个缩放图像序列(F11,F12)。
    • 7. 发明申请
    • METHOD OF ESTIMATING THE MOTION IN IMAGE PROCESSING
    • 估计图像处理运动的方法
    • US20090109343A1
    • 2009-04-30
    • US12258142
    • 2008-10-24
    • Peter RiederGuenter SchefflerChristian TuschenMarko HahnMarkus Schu
    • Peter RiederGuenter SchefflerChristian TuschenMarko HahnMarkus Schu
    • H04N5/14
    • H04N19/51H04N19/56
    • A method is described for selecting a motion vector for a first image block of an image of an image sequence from a number of test vectors, to which respectively a significance measurement is assigned, wherein at least one of these test vectors is a motion vector of a further image block that is arranged temporally and/or spatially adjacent to the first image block, or a vector formed by modification of this motion vector, and wherein the method covers: Determining a distance measurement for each test vector, Determining a modified distance measurement to each test vector depending on the distance measurement determined to this test vector and additionally at least on the significance measurement assigned to this test vector, Selecting one of the test vectors as motion vector depending on the modified distance measurements, Determining a new distance measurement of the test vector selected as motion vector depending on whether the selected motion vector meets at least one significance criterion, and assigning this new significance measurement as significance measurement to the motion vector for the selection of a motion vector for a third image block, in which the motion vector of the first image block or a vector formed by modification of this motion vector is selected as test vector.
    • 描述了一种从多个测试向量中选择图像序列的图像的第一图像块的运动矢量的方法,分别对其分配显着性测量值,其中这些测试矢量中的至少一个是运动矢量 在第一图像块的时间和/或空间上布置的另一个图像块,或通过修改该运动矢量形成的矢量,并且其中该方法覆盖:确定每个测试向量的距离测量,确定修改的距离测量 根据对该测试矢量确定的距离测量,并且另外至少基于分配给该测试矢量的显着性测量,将每个测试矢量选择为根据修改的距离测量的运动矢量中的一个作为运动矢量,确定新距离测量 根据所选择的运动矢量是否满足至少一个显着性,选择为运动矢量的测试向量 并且将该新的重要性测量值作为对第三图像块的运动矢量的选择的运动矢量的重要性测量值的分配,其中选择第一图像块的运动矢量或通过修改该运动矢量形成的矢量 作为测试载体。
    • 9. 发明申请
    • Iterative method of interpolating image information values
    • 内插图像信息值的迭代方法
    • US20070236601A1
    • 2007-10-11
    • US11540484
    • 2006-09-28
    • Marko HahnMarkus Schu
    • Marko HahnMarkus Schu
    • H04N11/20
    • G06T3/4007H04N7/012H04N7/014
    • The invention relates to an iterative method for determining an interpolated image information value in an image that comprises a number of image regions arranged in a matrix-like fashion having original image regions to which one image information value has been assigned, and having at least one image region to be interpolated. In order to determine an interpolated [image information value]4, the method comprises the following method steps: a) specifying a starting interpolation direction; b) determining a quality measure for the starting interpolation direction; c) selecting at least one image direction different from the starting interpolation direction and determining a quality measure for this at least one image direction; d) comparing the quality measures for the starting interpolation direction and the at least one image direction different from the starting interpolation direction, selecting as the interpolation direction the starting interpolation direction or the at least one image direction, and determining the interpolated image information value using image regions that are located in the interpolation direction adjacent to the to-be-interpolated first image region; e) repeating method steps c) and d) at least once. 4 Translators note: added based on context.
    • 本发明涉及一种用于确定图像中的内插图像信息值的迭代方法,该图像包括以矩阵状排列的具有原始图像区域的多个图像区域,其中已经分配了一个图像信息值,并具有至少一个 要插值的图像区域。 为了确定内插的[图像信息值] 4,该方法包括以下方法步骤:a)指定起始插入方向; b)确定起始插值方向的质量测量; c)选择与起始插入方向不同的至少一个图像方向,并确定该至少一个图像方向的质量度量; d)比较起始插补方向和与开始插入方向不同的至少一个图像方向的质量度量,选择起始插入方向或至少一个图像方向作为插值方向,并且使用 位于与被插值的第一图像区域相邻的插值方向的图像区域; e)重复方法步骤c)和d)至少一次。 4 翻译笔记:根据上下文添加。
    • 10. 发明授权
    • Method and apparatus for motion-vector-aided pixel interpolation
    • 运动矢量辅助像素插值的方法和装置
    • US07274402B2
    • 2007-09-25
    • US10871881
    • 2004-06-18
    • Marko Hahn
    • Marko Hahn
    • H04N7/01H04N11/00
    • G06T3/4007H04N7/014
    • In a method and apparatus for motion-vector-aided interpolation of a pixel in an intermediate image lying temporally or spatially between first and second images, motion vectors are assigned to the pixel to be interpolated, one pixel in each image being assigned to each vector. Video information values (e.g., luminance or chrominance values) are determined based on the video information values of pixels assigned to the motion vectors. A further video information value is generated by mixing certain of the video information values, and other video information values form a value interval, the mathematical position of the further video information value being determined relative to the interval boundaries. The video information value to be interpolated is determined depending on the position of the further video information value relative to the interval boundaries.
    • 在用于在时间上或空间上位于第一和第二图像之间的中间图像中的像素的运动矢量辅助插值的方法和装置中,将运动矢量分配给待内插的像素,每个图像中的一个像素被分配给每个矢量 。 基于分配给运动矢量的像素的视频信息值来确定视频信息值(例如,亮度或色度值)。 通过混合某些视频信息值,并且其它视频信息值形成值间隔,产生另外的视频信息值,所述另外的视频信息值相对于间隔边界确定的数学位置。 要内插的视频信息值根据另外的视频信息值相对于间隔边界的位置来确定。