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    • 3. 发明申请
    • INTER-VIEW SKIP MODES WITH DEPTH
    • 具有深度的视角跳跃模式
    • WO2009131688A2
    • 2009-10-29
    • PCT/US2009/002513
    • 2009-04-23
    • THOMSON LICENSINGTIAN, DongPANDIT, Purvin BibhasYIN, Peng
    • TIAN, DongPANDIT, Purvin BibhasYIN, Peng
    • H04N7/26H04N7/32H04N7/50
    • H04N19/467H04N19/50H04N19/597H04N19/61
    • Various implementations are described. Several implementations relate to one or more encoding modes that use depth information to determine a corresponding reference block. According to a general aspect, a portion of a first-view image from a first view in a multiple-view system is encoded. The portion is all or part of the first-view image. It is determined that a portion of a second-view image from a second view in the multiple-view system corresponds to the portion of the first-view image. The determination is based on a second-view depth value providing depth information for the portion of the second-view image. The portion of the second-view image is encoded using information from the encoding of the portion of the first-view image.
    • 描述各种实施方式。 一些实现涉及使用深度信息来确定对应的参考块的一个或多个编码模式。 根据一般方面,对来自多视图系统中的第一视图的第一视图图像的一部分进行编码。 该部分是第一视图图像的全部或部分。 确定来自多视图系统中的第二视图的第二视图图像的一部分对应于第一视图图像的部分。 该确定基于提供第二视图图像的该部分的深度信息的第二视角深度值。 使用来自第一视图图像的部分的编码的信息对第二视图图像的部分进行编码。
    • 4. 发明申请
    • VIRTUAL REFERENCE VIEW
    • 虚拟参考视图
    • WO2009111007A1
    • 2009-09-11
    • PCT/US2009/001347
    • 2009-03-03
    • THOMSON LICENSINGPANDIT, Purvin, BibhasYIN, PengTIAN, Dong
    • PANDIT, Purvin, BibhasYIN, PengTIAN, Dong
    • H04N7/26H04N7/32G06T15/20
    • G06T15/205H04N19/50H04N19/597H04N2213/005
    • Various implementations are described. Several implementations relate to a virtual reference view. According to one aspect, coded information is accessed for a first-view image. A reference image is accessed that depicts the first-view image from a virtual-view location different from the first-view. The reference image is based on a synthesized image for a location that is between the first-view and the second-view. Coded information is accessed for a second-view image coded based on the reference image. The second-view image is decoded. According to another aspect, a first-view image is accessed. A virtual image is synthesized based on the first-view image, for a virtual-view location different from the first-view. A second- view image is encoded using a reference image based on the virtual image. The second-view is different from the virtual-view location. The encoding produces an encoded second-view image.
    • 描述各种实施方式。 几个实现涉及虚拟参考视图。 根据一个方面,对于第一视图图像访问编码信息。 访问参考图像,其从与第一视图不同的虚拟视图位置描绘第一视图图像。 参考图像基于用于在第一视图和第二视图之间的位置的合成图像。 对于基于参考图像编码的二维图像,访问编码信息。 第二视图图像被解码。 根据另一方面,访问第一视图图像。 对于与第一视图不同的虚拟视图位置,基于第一视图图像来合成虚拟图像。 使用基于虚拟图像的参考图像对二维视图图像进行编码。 第二视图与虚拟视图位置不同。 编码产生编码的二维图像。
    • 9. 发明申请
    • COMPRESSION METHODS AND APPARATUS FOR OCCLUSION DATA
    • 压缩数据的压缩方法和装置
    • WO2012036903A1
    • 2012-03-22
    • PCT/US2011/049886
    • 2011-08-31
    • THOMSON LICENSINGTIAN, DongLAI, Wang Lin
    • TIAN, DongLAI, Wang Lin
    • H04N7/26
    • H04N13/161H04N19/17H04N19/30H04N19/597H04N19/70
    • Methods and apparatuses for coding occlusion layers, such as occlusion video data and occlusion depth data in 3D video, are disclosed. A decoding method comprising the steps of: extracting an indicator representative of an original format for received occlusion data (S702), the original format selected from a one of a sparse occlusion data format and a filled occlusion data format; arranging 2D data, which is associated with said occlusion data, at location after temporal and inter-view pictures in a reference picture list (S1102); identifying at least one of an occlusion area macroblock and a non- occlusion area macroblock for the occlusion data (S1103); decoding said occlusion data to produce decoded occlusion data (S1104, S703), wherein said decoding includes: for each non-occlusion macroblock, when said indicator indicates the filled occlusion data format, replacing the occlusion data in said non-occlusion macroblock with a corresponding macroblock of associated 2D data to produce a decoded occlusion data; and when said indicator indicates the sparse occlusion data format, filling said non- occlusion macroblock with data indicative of a defined characteristic to produce decoded occlusion data; and otherwise for each occlusion macroblock, decoding said occlusion macroblock to produce decoded occlusion data; and outputting the decoded occlusion data (S1105, S705).
    • 公开了用于编码遮挡层的方法和装置,例如3D视频中的遮挡视频数据和遮挡深度数据。 一种解码方法,包括以下步骤:提取表示接收到遮挡数据的原始格式的指示符(S702),从稀疏遮挡数据格式和填充遮挡数据格式中选择的原始格式; 在参考图像列表中的时间和视图之后的位置处布置与所述遮挡数据相关联的2D数据(S1102); 识别遮挡数据的遮挡区域宏块和非遮挡区域宏块中的至少一个(S1103); 解码所述遮挡数据以产生解码遮挡数据(S1104,S703),其中所述解码包括:对于每个非遮挡宏块,当所述指示符指示填充遮挡数据格式时,用对应的所述遮挡数据格式替换所述非遮挡宏块中的遮挡数据 相关联的2D数据的宏块以产生解码的遮挡数据; 并且当所述指示符指示稀疏遮挡数据格式时,用表示定义的特征的数据填充所述非遮挡宏块以产生解码遮挡数据; 否则对于每个遮挡宏块解码所述遮挡宏块以产生解码遮挡数据; 并输出解码的遮挡数据(S1105,S705)。