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    • 1. 发明授权
    • Method of block partition for H.264 inter prediction
    • H.264帧间预测的块分割方法
    • US08265155B2
    • 2012-09-11
    • US12565949
    • 2009-09-24
    • Ig Kyun KimKyoung Seon ShinSeong Mo ParkNak Woong Eum
    • Ig Kyun KimKyoung Seon ShinSeong Mo ParkNak Woong Eum
    • H04N7/12
    • H04N19/105H04N19/119H04N19/137H04N19/139H04N19/176H04N19/61
    • Provided is a method for partitioning a block in inter prediction including selecting one standard reference frame from at least one reference frame which is a comparison target in inter prediction, searching whether or not a higher-level macroblock of a current frame is partitioned based on the selected standard reference frame, determining a partition size of the higher-level macroblock of the current frame, searching whether or not the higher-level macroblock in which the partition size is determined is partitioned by comparing with any certain reference frame other than the standard reference frame, and stopping a block size search on the higher-level macroblock of the current frame if a partition size of the higher-level macroblock of the current frame determined by comparing with the standard reference frame and a partition size of the higher-level macroblock of the current frame determined by comparing with the certain reference frame are different from each other.
    • 提供了一种用于在帧间预测中划分块的方法,包括从作为帧间预测中的比较对象的至少一个参考帧中选择一个标准参考帧,基于所述帧间预测是否划分当前帧的更高级宏块 选择标准参考帧,确定当前帧的较高级别宏块的分区大小,通过与除标准参考之外的任何特定参考帧进行比较来分割其中确定分区大小的更高级宏块是否被划分 并且如果通过与标准参考帧比较确定的当前帧的较高级宏块的分区大小和较高级宏块的分区大小,则停止当前帧的较高级宏块上的块大小搜索 通过与特定参考系进行比较确定的当前帧不同。
    • 3. 发明申请
    • METHOD OF BLOCK PARTITION FOR H.264 INTER PREDICTION
    • H.264帧间预测的块分割方法
    • US20100172414A1
    • 2010-07-08
    • US12565949
    • 2009-09-24
    • Ig Kyun KimKyoung Seon ShinSeong Mo ParkNak Woong Eum
    • Ig Kyun KimKyoung Seon ShinSeong Mo ParkNak Woong Eum
    • H04N7/32
    • H04N19/105H04N19/119H04N19/137H04N19/139H04N19/176H04N19/61
    • Provided is a method for partitioning a block in inter prediction including selecting one standard reference frame from at least one reference frame which is a comparison target in inter prediction, searching whether or not a higher-level macroblock of a current frame is partitioned based on the selected standard reference frame, determining a partition size of the higher-level macroblock of the current frame, searching whether or not the higher-level macroblock in which the partition size is determined is partitioned by comparing with any certain reference frame other than the standard reference frame, and stopping a block size search on the higher-level macroblock of the current frame if a partition size of the higher-level macroblock of the current frame determined by comparing with the standard reference frame and a partition size of the higher-level macroblock of the current frame determined by comparing with the certain reference frame are different from each other.
    • 提供了一种用于在帧间预测中划分块的方法,包括从作为帧间预测中的比较对象的至少一个参考帧中选择一个标准参考帧,基于所述帧间预测是否划分当前帧的更高级宏块 选择标准参考帧,确定当前帧的较高级别宏块的分区大小,通过与除标准参考之外的任何特定参考帧进行比较来分割其中确定分区大小的更高级宏块是否被划分 并且如果通过与标准参考帧比较确定的当前帧的较高级宏块的分区大小和较高级宏块的分区大小,则停止当前帧的较高级宏块上的块大小搜索 通过与特定参考系进行比较确定的当前帧不同。
    • 6. 发明申请
    • VIDEO ENCODING APPARATUS AND METHOD USING PIPELINE TECHNIQUE WITH VARIABLE TIME SLOT
    • 视频编码设备和使用可变时隙的管道技术的方法
    • US20090103625A1
    • 2009-04-23
    • US12252734
    • 2008-10-16
    • Suk Ho LeeKyoung Seon ShinJin Ho HanSeong Mo ParkNak Woong Eum
    • Suk Ho LeeKyoung Seon ShinJin Ho HanSeong Mo ParkNak Woong Eum
    • H04N7/26
    • H04N19/436
    • A video encoding apparatus and method using a pipeline technique with a variable time slot are provided. More particularly, a video encoding apparatus and method capable of shortening a video encoding time by variably adjusting lengths of time slots when an H.264 video encoding process is performed in a pipeline structure are provided. The video encoding apparatus includes a plurality of functional blocks that perform video encoding steps based on an H.264 standard for macroblocks configuring input digital video signals in a pipeline structure, and a controller that controls lengths of time slots configuring the pipeline structure based on done signals received from the plurality of functional blocks. Lengths of time slots can be adjusted according to operation times of video encoding steps using done signals generated from functional blocks, thereby preventing unnecessary power consumption and delays when using a fixed-length time slot.
    • 提供了使用具有可变时隙的流水线技术的视频编码装置和方法。 更具体地说,提供了一种视频编码装置和方法,其能够在流水线结构中执行H.264视频编码处理时,通过可变地调整时隙的长度来缩短视频编码时间。 视频编码装置包括:多个功能块,其基于用于在流水线结构中配置输入数字视频信号的宏块的H.264标准执行视频编码步骤;以及控制器,其基于完成来控制配置流水线结构的时隙的长度 从多个功能块接收的信号。 可以根据从功能块产生的完成信号的视频编码步骤的操作时间来调整时隙长度,从而在使用固定长度的时隙时防止不必要的功耗和延迟。
    • 9. 发明申请
    • MOTION ESTIMATION APPARATUS AND METHOD
    • 运动估计装置和方法
    • US20120163461A1
    • 2012-06-28
    • US13297291
    • 2011-11-16
    • Seong Mo PARKNak Woong Eum
    • Seong Mo PARKNak Woong Eum
    • H04N7/26
    • H04N19/00024H04N19/105H04N19/109H04N19/139H04N19/176H04N19/51H04N19/56
    • Disclosed is a motion estimation apparatus and method capable of reduce a memory bandwidth by accessing reference image data occupying the largest part of the memory bandwidth based on a result of motion estimation skip determination. The motion estimation apparatus includes a motion estimation skip determination unit, a sum absolute of absolute difference (SAD) processing unit and a multiplexer (MUX) unit. The motion estimation skip determination unit determines the presence of motion estimation skip by reading current image data and skip reference image data, and outputs a motion vector in a skip mode. The SAD processing unit calculates an SAD value by reading the current image data and reference image data and outputs a motion vector in a normal mode. The MUX unit outputs the motion vector in the skip mode or the motion vector in the normal mode as a final motion vector based on a skip flag signal.
    • 公开了一种运动估计装置和方法,其能够通过基于运动估计跳跃确定的结果访问占用存储器带宽的最大部分的参考图像数据来减少存储器带宽。 运动估计装置包括运动估计跳过确定单元,绝对差(SAD)处理单元和多路复用器(MUX)单元的和绝对值。 运动估计跳过确定单元通过读取当前图像数据并跳过参考图像数据来确定运动估计跳过的存在,并且以跳过模式输出运动矢量。 SAD处理单元通过读取当前图像数据和参考图像数据来计算SAD值,并以正常模式输出运动矢量。 MUX单元基于跳过标志信号将跳过模式中的运动矢量或正常模式中的运动矢量作为最终运动矢量输出。