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    • 61. 发明授权
    • Decoding a sequence of digital images with error concealment
    • 解码具有错误隐藏的数字图像序列
    • US08774538B2
    • 2014-07-08
    • US13013443
    • 2011-01-25
    • Eric NassorHervé Le FlochNaël Ouedraogo
    • Eric NassorHervé Le FlochNaël Ouedraogo
    • G06K9/46H04N7/12H04N7/32
    • H04N7/327G06K9/36H04N19/50H04N19/895
    • A sequence of digital images encoded according to a predictive format is decoded using encoded auxiliary data which is representative of at least part of the sequence of digital images. A current encoded image, received with at least one detected error, is decoded. The decoding includes applying an error concealment decoding on at least part of the current encoded image containing such a detected error to obtain a first decoded image. An item of information representative of reconstruction errors is obtained based upon a reconstruction confidence of the error concealment decoding for at least one pixel of the error-containing part of the current image. The encoded auxiliary data and the first decoded image are processed based upon the item of information representative of reconstruction errors to obtain corrected auxiliary data. The first decoded image is modified to obtain a second decoded image based upon the corrected auxiliary data.
    • 根据预测格式编码的数字图像序列使用代表数字图像序列的至少一部分的编码辅助数据进行解码。 用至少一个检测到的错误接收的当前编码图像被解码。 解码包括对包含这种检测到的错误的当前编码图像的至少一部分应用错误隐藏解码,以获得第一解码图像。 基于对当前图像的含错误部分的至少一个像素的错误隐藏解码的重建置信度,获得代表重建误差的信息项。 基于代表重建误差的信息项来处理编码的辅助数据和第一解码图像,以获得校正的辅助数据。 第一解码图像被修改以基于校正的辅助数据获得第二解码图像。
    • 63. 发明授权
    • Image prediction encoding device, image prediction decoding device, image prediction encoding method, image prediction decoding method, image prediction encoding program, and image prediction decoding program
    • 图像预测编码装置,图像预测解码装置,图像预测编码方法,图像预测解码方法,图像预测编码程序,图像预测解码程序
    • US08761254B2
    • 2014-06-24
    • US12602949
    • 2008-06-02
    • Choong Seng BoonThiow Keng TanYoshinori Suzuki
    • Choong Seng BoonThiow Keng TanYoshinori Suzuki
    • H04N7/32H04N7/26H04N7/34H04N7/50
    • H04N19/593H04N19/11H04N19/14H04N19/176H04N19/61
    • An object is to efficiently depress mode information for identification of a prediction method even if there are a lot of prediction methods provided as to methods of generating intra-frame prediction signals in a pixel domain. An image prediction encoding device 10 has a block dividing unit 102, an intra-frame prediction signal generation method determining unit 105, an intra-frame prediction signal generating unit 106, a subtractor 108, a transform unit 109, a quantization unit 110, and an entropy encoding unit 115; the intra-frame prediction signal generation method determining unit 105 derives an adjacent region prediction method for generation of an intra-frame prediction signal highly correlated with pixel signals of an adjacent region, using a proximate pixel group to a target region, out of a plurality of first prediction methods, and predicts a target region prediction method for target pixel signals, based on the derived adjacent region prediction method; the intra-frame prediction signal generating unit 106 generates an intra-frame prediction signal for the target region, based on the target region prediction method.
    • 即使在像素域中生成画面内预测信号的方法有很多预测方法的情况下,也可以有效地抑制用于识别预测方法的模式信息。 图像预测编码装置10具有块分割单元102,帧内预测信号生成方法确定单元105,帧内预测信号生成单元106,减法器108,变换单元109,量化单元110和 熵编码单元115; 帧内预测信号生成方法决定部105使用与目标区域相邻的近似像素群,生成与多个相邻区域的像素信号高度相关的帧内预测信号的相邻区域预测方法 并且基于导出的相邻区域预测方法来预测目标像素信号的目标区域预测方法; 帧内预测信号生成部106基于目标区域预测方法生成目标区域的帧内预测信号。
    • 64. 发明授权
    • Method and apparatus for processing video images
    • 用于处理视频图像的方法和装置
    • US08736667B2
    • 2014-05-27
    • US12976362
    • 2010-12-22
    • Jonathan Richard ThorpeHideki Ando
    • Jonathan Richard ThorpeHideki Ando
    • H04N15/00H04N13/00H04N13/04H04N13/02H04N7/32
    • H04N13/158G06T7/97G06T2207/10021H04N13/10H04N13/161H04N13/183H04N13/189H04N13/194H04N13/239H04N13/30H04N13/341H04N13/359H04N19/597
    • A method of cutting between a first image sequence and a second image sequence displayable on a screen which defines a screen plane, wherein the first image sequence includes a stereoscopically viewable object perceivable by a viewer on a first image plane different to the screen plane and the second image sequence including a second object perceivable on a second image plane different to the first image plane, the stereoscopically viewable object comprising a first image at a first screen plane position and a second image at a second screen plane position, the method comprising: identifying the first screen plane position of the first image and the second screen plane position of the second image; inserting into a first post-cut frame of the second image sequence a first copy of the second object substantially at the first screen plane position and inserting a second copy of the second object substantially at the second screen plane position, and inserting the first copy of the second object and the second copy of the second object into a predetermined number of subsequent frames at positions on the screen which are closer to the screen position required to view the second object at the second image plane, than the first and second screen plane position.
    • 一种在限定屏幕平面的屏幕上可切换的第一图像序列和第二图像序列之间进行切割的方法,其中所述第一图像序列包括在与所述屏幕平面不同的第一图像平面上的观察者可感知的立体视觉对象, 所述第二图像序列包括在与所述第一图像平面不同的第二图像平面上可感知的第二对象,所述立体可视对象包括在第一屏幕平面位置处的第一图像和在第二屏幕平面位置的第二图像,所述方法包括:识别 第一图像的第一屏幕平面位置和第二图像的第二屏幕平面位置; 将第二物体的第一副本基本上插入第一屏幕平面位置并将第二物体的第二副本基本上插入第二屏幕平面位置,并将第一副本插入第二图像序列的第一副本, 所述第二物体和所述第二物体的所述第二拷贝在所述屏幕上的位置比所述第二和第二屏幕平面位置更靠近所述屏幕位置以观察所述第二物体所需的屏幕位置的预定数量的后续帧 。
    • 65. 发明申请
    • METHOD FOR SELECTING A MATCHING BLOCK
    • 选择匹配块的方法
    • US20140133569A1
    • 2014-05-15
    • US14080049
    • 2013-11-14
    • SAMSUNG ELECTRONICS CO., LTD.
    • SHARON ALPERTDAN GLUCKOMRI GOVRIN
    • H04N7/36H04N7/32
    • H04N19/51
    • A method for selecting a motion vector includes selecting a candidate block included in a second image that corresponds to a processing block of a first image, computing a first probability for the processing block and the candidate block, selecting a random block for the candidate block, computing a second probability for the processing block and the random block, saving a greater of the first probability and the second probability as a first comparison result, computing a third probability for the processing block, a first neighboring block of the processing block, a matching block in the second image that is matched to the first neighboring block, and a second neighboring block of the matching block, and saving a greater of the first comparison result and the third probability as a second comparison result.
    • 一种用于选择运动矢量的方法包括:选择包括在与第一图像的处理块相对应的第二图像中的候选块,计算处理块和候选块的第一概率,选择候选块的随机块, 计算处理块和随机块的第二概率,将较大的第一概率和第二概率保存为第一比较结果,计算处理块的第三概率,处理块的第一相邻块,匹配 在第二图像中与第一相邻块匹配的块,以及匹配块的第二相邻块,并且将第一比较结果和第三概率中的较大值作为第二比较结果进行保存。
    • 67. 发明申请
    • METHOD OF CONCEALING PICTURE HEADER ERRORS IN DIGITAL VIDEO DECODING
    • 在数字视频解码中隐藏图像头错误的方法
    • US20140119445A1
    • 2014-05-01
    • US13661675
    • 2012-10-26
    • LSI CORPORATION
    • Mizhou TanBahman BarazeshGeorge John Kustka
    • H04N7/26H04N7/32
    • H04N19/89H04N19/70
    • A method of concealing errors in picture header information within H.263-encoded video compares current group-of-block frame identification (GFID) information to GFID information from the previous frame. If the GFID values are equal, the picture header information from the previous frame is used to decode the current frame. Otherwise, a selected parameter in the previous picture header information (for example, “picture type”) is altered and decoding proceeds with the altered picture header information. Preferably, only a portion of the current frame is initially decoded and validated prior to decoding the remainder of the frame. If the decoded portion is error-free, the decoding continues with the selected picture header information. If errors are found in the decoded portion, the picture header information is modified and the decoding process continues accordingly.
    • 隐藏H.263编码视频内的图像头信息中的错误的方法将当前块块识别(GFID)信息与前一帧的GFID信息进行比较。 如果GFID值相等,则使用来自前一帧的图像头信息来解码当前帧。 否则,改变前一图像头信息(例如,“图像类型”)中的选定参数,并且解码继续改变的图像头信息。 优选地,在解码帧的其余部分之前,仅对当前帧的一部分进行初始解码和验证。 如果解码部分是无错误的,则解码继续所选择的图像头信息。 如果在解码部分中发现错误,则修改图像标题信息,并且相应地继续解码过程。