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    • 4. 发明公开
    • VIDEO ENCODING METHOD, DECODING METHOD, DEVICE THEREOF, PROGRAM THEREOF, AND RECORDING MEDIUM CONTAINING THE PROGRAM
    • 视频编码方法,解码方法及其装置,其程序和记录介质包含程序
    • EP2161937A1
    • 2010-03-10
    • EP08777511.0
    • 2008-06-23
    • Nippon Telegraph and Telephone Corporation
    • SHIMIZU, ShinyaKIMATA, HideakiKAMIKURA, KazutoYASHIMA, Yoshiyuki
    • H04N7/32
    • H04N19/597H04N19/105H04N19/12H04N19/134H04N19/172H04N19/176
    • A video encoding apparatus used in encoding of a multi-viewpoint image. The apparatus generates a synthetic image for a camera used for obtaining an encoding target image, by using an already-encoded reference camera image having a viewpoint different from the viewpoint of the camera used for obtaining the encoding target image, and disparity information between the reference camera image and the encoding target image, thereby encoding the encoding target image. A predicted image for a differential image between an input image of an encoding target area to be encoded and the synthetic image generated therefor is generated, and a predicted image for the encoding target area, which is represented by the sum of the predicted differential image and the synthetic image for the encoding target area, is generated. A prediction residual represented by a difference between the predicted image for the encoding target area and the encoding target image of the encoding target area is encoded.
    • 在多视点图像的编码中使用的视频编码设备。 该装置基因率用于编码目标图像的获取的照相机的合成图像,通过使用在已经编码的参照摄影机图像具有基准之间从用于获得编码对象图像的照相机的视点不同的视点,和视差信息 相机图像和编码对象图像,从而将编码的编码对象图像。 对于编码对象区域的输入图像上的差分图像的预测图像被编码,并且合成图像产生,即生成,并且由所述预测差分图像的和表示的编码对象区域的预测图像,在所有与 对于编码对象区域的合成图像,被生成。 通过对所述编码对象区域和编码对象区域的编码对象图像的预测图像之间的差所表示的预测残差进行编码。
    • 8. 发明公开
    • IMAGE ENCODING METHOD, DECODING METHOD, DEVICE THEREOF, IMAGE DECODING DEVICE, PROGRAM THEREOF, AND STORAGE MEDIUM CONTAINING THE PROGRAM
    • 图像编码方法,解码方法及其装置,图像解码装置,其程序以及程序含存储媒介
    • EP2066133A1
    • 2009-06-03
    • EP07807466.3
    • 2007-09-18
    • NIPPON TELEGRAPH AND TELEPHONE CORPORATION
    • SHIMIZU, ShinyaKITAHARA, MasakiKAMIKURA, KazutoYASHIMA, Yoshiyuki
    • H04N7/32
    • H04N19/527H04N19/147H04N19/19H04N19/523H04N19/597
    • An image encoding method includes determining a corresponding point on a target image for encoding, which corresponds to each pixel on a reference image, based on the distance from a camera used for obtaining the reference image to an imaged object, and a positional relationship between cameras; computing a parallax vector from the position of the pixel to the corresponding point in the pixel space; computing a target predictive vector having the same starting point as the parallax vector and components obtained by rounding off the components of the parallax vector; computing a target reference vector having the same starting point as the parallax vector and the same size and direction as a differential vector between the target predictive vector and the parallax vector; and setting a predicted pixel value of a pixel on the target encoding image, which is indicated by the target predictive vector, to a value of a pixel on the reference image, which is indicated by the target reference vector.
    • 一种图像编码方法包括确定性采矿编码对象图像上的对应点,其对应于基准图像上的各像素,基于从用于在成像的对象的参考图像获取到相机的距离,和摄像机之间的位置关系 ; 计算从像素到像素空间中的对应点的位置的视差向量; 计算具有相同的起始点作为视差矢量和通过四舍五入的视差矢量的分量中获得的组分的靶预测矢量; 计算具有相同的起始点作为视差矢量和作为目标预测矢量和视差矢量之间的差分矢量相同的大小和方向的目标参考向量; 和设定由所述目标预测矢量指示对目标图像编码的像素,所有的预测像素值,到由所述目标参考矢量表示的参照图像上的像素,所有的值。