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    • 3. 发明授权
    • Decoding video data
    • 解码视频数据
    • US08391370B1
    • 2013-03-05
    • US12402452
    • 2009-03-11
    • Debargha MukherjeeWai-Tian TanChuohao Yeo
    • Debargha MukherjeeWai-Tian TanChuohao Yeo
    • H04N7/32H04N7/68H04N11/02
    • H04N19/395H04N19/166H04N19/33H04N19/895
    • Decoding video data. Receive a first video stream including a first plurality of frames encoded at a first resolution, a second video stream including a second plurality of frames encoded at a second resolution and a residual bitstream encoded at a third resolution. The second plurality of frames correspond to the first plurality of frames encoded at the first resolution and the first resolution is greater than the second resolution and the third resolution is at least between the first and second resolutions. Side information determined based at least on the first plurality of frames and the second plurality of frames. The video data decoded based at least on one received frame of the first plurality of frames, at least one received frame of the second plurality of frames encoded at the second resolution, the residual bitstream encoded at the third resolution, and the side information.
    • 解码视频数据。 接收包括以第一分辨率编码的第一多个帧的第一视频流,包括以第二分辨率编码的第二多个帧的第二视频流和以第三分辨率编码的残留比特流。 第二多个帧对应于以第一分辨率编码的第一多个帧,并且第一分辨率大于第二分辨率,并且第三分辨率至少在第一和第二分辨率之间。 至少基于第一多个帧和第二多个帧确定的侧信息。 基于第一多个帧的至少一个接收帧,以第二分辨率编码的第二多个帧中的至少一个接收帧,以第三分辨率编码的残留比特流和边信息解码的视频数据。
    • 4. 发明授权
    • Decoding video data
    • 解码视频数据
    • US08588299B1
    • 2013-11-19
    • US12363644
    • 2009-01-30
    • Chuohao YeoWai-Tian TanDebargha Mukherjee
    • Chuohao YeoWai-Tian TanDebargha Mukherjee
    • H04N7/12H04N7/173H04N7/50
    • H04N7/50H04N7/173H04N19/33H04N19/895
    • Decoding video data. At least one video stream including a first plurality of frames encoded at a first resolution and a second plurality of frames encoded at a second resolution are received, wherein the second plurality of frames encoded at the second resolution directly correspond to at least a subset of the first plurality of frames encoded at the first resolution, and wherein the first resolution is greater than the second resolution. The video stream is decoded based on at least one received frame of the first plurality of frames encoded at the first resolution and at least one received frame of the second plurality of frames encoded at the second resolution.
    • 解码视频数据。 接收包括以第一分辨率编码的第一多个帧和以第二分辨率编码的第二多个帧的至少一个视频流,其中以第二分辨率编码的第二多个帧直接对应于第二分辨率的至少一个子集 以第一分辨率编码的第一多个帧,并且其中第一分辨率大于第二分辨率。 基于以第一分辨率编码的第一多个帧的至少一个接收帧和以第二分辨率编码的第二多个帧的至少一个接收帧,视频流被解码。
    • 6. 发明授权
    • Generation of a stereo video from a mono video
    • 从单声道视频生成立体声视频
    • US09137519B1
    • 2015-09-15
    • US13343245
    • 2012-01-04
    • Debargha MukherjeeChen Wu
    • Debargha MukherjeeChen Wu
    • H04N13/00H04N15/00H04N13/02
    • H04N13/261
    • A system and methodology provide for generation of a stereo video from a mono video. A mono video is partitioned into shots, where each shot including one or more frames of the mono video. The mono video frames are used as the left frames in the stereo video. Depth parameters are determined for each shot. A pixel depth map is created for each frame of each shot. The right frames for the stereo video are created by shifting pixels from the left frames laterally to occupy new locations in the right frames. A pixel's shift is based on the depth parameters and the pixel depth. In aggregate, pixel shifts will cause objects to appear in different locations in the right frame relative to where they appeared in the left frame. The effect upon the viewer is that the stereo video will provide an enhanced illusion of depth for the viewer.
    • 系统和方法提供从单声道视频生成立体声视频。 单声道视频被分割成镜头,其中每个镜头包括单声道视频的一个或多个帧。 单声道视频帧用作立体声视频中的左帧。 确定每个镜头的深度参数。 为每个镜头的每个帧创建像素深度图。 用于立体视频的右帧是通过横向移动来自左侧帧的像素来创建的,以占据右侧帧中的新位置。 像素的移位是基于深度参数和像素深度。 总体来说,像素偏移将导致对象出现在右框架中相对于左框架中出现的位置的不同位置。 对观看者的影响是立体声视频将为观众提供增强的深度幻觉。