Hulu, LLC

Beijing University of Technology

Jing Cui

Wenhao Zhang

Huimin Liu

Lining Sun

Zhongyi Chu

A method includes transcoding, by a first transcoding process, a first sub-partition of a current block using a first set of reference pixels. Also, the method includes transcoding, by a second transcoding process, a second sub-partition of the current block using the first set of reference pixels. The first transcoding process transcodes a third sub-partition of the current block based on a second set of reference pixels. The second transcoding process transcodes a fourth sub-partition of the current block based on a third set of reference pixels.

Processing sub-partitions using reference pixels

A method includes determining a first set of reference pixels from processing of a first sub-partition of a current block and determining a second set of reference pixels from processing of a second sub-partition of the current block. The first sub-partition and the second sub-partition are processed in parallel. The method processes a third sub-partition of the current block based on the first set of reference pixels and processes a fourth sub-partition of the current block based on the second set of reference pixels.

Disclosed are a negative pressure driven sucking apparatus and a preparation method thereof. The sucking apparatus comprises a sucking disc body, wherein a negative pressure cavity is formed in the middle of the sucking disc body, and the negative pressure cavity is connected with a vacuum line, and the bottom of the negative pressure cavity having a flexible section, and an annular wedge-shaped microstructure is formed at the bottom of the body surrounding the flexible section. Stable loading and release processes of the annular wedge-shaped microstructure are realized.

Negative pressure driven sucking disc for annular wedge-shaped microstructure and preparation method of negative pressure driven sucking disc

In some embodiments, a method determines a first set of reference pixels for a current block to be coded. The current block is split into a plurality of sub-partitions. The method processes a first sub-partition in the plurality of sub-partitions using the first set of reference pixels and a second sub-partition in the plurality of sub-partitions using the first set of reference pixels in parallel. Then the method processes a third sub-partition in the plurality of sub-partitions based on a second set of reference pixels determined from the processing of the first sub-partition and processing a fourth sub-partition in the plurality of sub-partitions based on a third set of reference pixels determined from the processing of the second sub-partition.

Parallel bi-directional intra-coding of sub-partitions

A method includes receiving a current block to be coded and splitting the current block into a plurality of sub-partitions. A first set of reference pixels is determined. The method processes a first sub-partition in the plurality of sub-partitions using the first set of reference pixels and a second sub-partition in the plurality of sub-partitions using the first set of reference pixels in parallel. Then, the method processes a third sub-partition in the plurality of sub-partitions based on a second set of reference pixels determined from the processing of the first sub-partition and processing a fourth sub-partition in the plurality of sub-partitions based on a third set of reference pixels determined from the processing of the second sub-partition.

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Beijing, China

Jing Cui