Abstract: The various implementations described herein include methods and systems for coding video. In one aspect, a method includes receiving a video bitstream comprising a plurality of blocks that includes a current block; identifying a block vector for the current block; determining a minimum-cost position in a predetermined area of a location indicated by the block vector; deriving a sub-pixel position based on the minimum-cost position; and reconstructing the current block using the sub-pixel position.

Abstract: Compositions and methods for assessing relative macromolecule abundance (for example, RNA expression levels) in a spatially-defined manner across a tissue sample (for example, from brain, lung, liver, kidney, pancreas, and/or heart) are disclosed, specifically providing deep transcriptomic coverage at high-resolution (for example, at approximate 10 ?m (single cell) resolution) across multiple locations assessed across the tissue sample.

Abstract: The various embodiments described herein include methods and systems for encoding and decoding video. In one aspect, a method includes receiving a video bitstream comprising a plurality of blocks, including a first block, where the first block includes a plurality of subblocks. The method also includes determining, based on a syntax element value in the video bitstream, that the first block is predicted in a subblock mode. The method further includes, in accordance with the first block being predicted in the subblock mode: deriving a set of motion vector predictors (MVPs) corresponding to a plurality of subblocks of the first block; deriving a set of motion vector differences (MVDs) for the plurality of subblocks; determining a set of motion vectors for the plurality of subblocks by applying the set of MVDs to the set of MVPs; and reconstructing the first block using the set of motion vectors.

Abstract: A display substrate and a display apparatus are provided. The display substrate includes a first region and a second region surrounded by the first region. The display substrate includes first signal lines and second signal lines extending along different directions. The first signal line includes a first sub-signal line and a second sub-signal line located on both sides of the second region and are electrically connected through a first connection line and a second connection line extending in different directions; the second signal line includes a third sub-signal line and a fourth sub-signal line located on both sides of the second region and are electrically connected through a third connection line overlapped with the second connection line and a fourth connection line extending in different directions; and at least one first connection line is farther from the second region than at least one third connection line.

Abstract: A video bitstream is received. The video bitstream includes coded information of a current block in a current picture and of a plurality of reference pictures of the current picture in a reference list. A plurality of intermediate vectors associated with one of the plurality of reference pictures is determined. The plurality of intermediate vectors includes an initial vector and a plurality of intermediate motion vectors (MVs). The initial vector is associated with the current picture. Each of the plurality of intermediate MVs is defined between two respective reference pictures of the plurality of reference pictures. A candidate motion vector predictor (MVP) is determined for the current block based on a sum of the plurality of intermediate vectors. The current block is reconstructed based on an MVP candidate list that includes the candidate MVP.

Abstract: A video bitstream is received. The video bitstream includes coded information of a current block in a current picture and of a plurality of reference pictures of the current block in a reference list. The coded information indicates that the current block is coded in an affine mode. A first control point motion vector (CPMV) of a first control point of the current block is determined. The first CPMV is associated with a sum of a plurality of intermediate vectors. The plurality of intermediate vectors includes an initial CPMV and an intermediate motion vector (MV). The initial CPMV is between the current picture and an initial reference picture of the plurality of reference pictures. The intermediate MV is between two respective reference pictures of the plurality of reference pictures. The current block is reconstructed based on the first CPMV of the first control point of the current block.

Abstract: An example method of video coding includes receiving a video bitstream comprising a current block and identifying a first prediction mode for the current block. The method also includes, when the first prediction mode is a particular prediction mode, selecting a first set of transform kernels as transform kernels for the current block, and, when the first prediction mode is not the particular prediction mode, selecting a second set of transform kernels as the transform kernels for the current block. The method further includes applying a transform for the current block using the transform kernels.

Abstract: An example method of video coding includes receiving a video bitstream comprising a current block and identifying a first prediction mode for the current block. The method also includes mapping the first prediction mode to a corresponding intra prediction mode, and selecting a first transform set from a plurality of transform sets based on the corresponding intra prediction mode. The method further includes reconstructing the current block using the first transform set.

Abstract: A video bitstream is received. The video bitstream includes coded information of a current block in a current picture and of a plurality of reference pictures of the current picture in a reference list. The current block includes a plurality of subblocks. A reference block of the current block is determined. The reference block includes a plurality of reference subblocks corresponding to the plurality of subblocks of the current block. A subblock-level motion vector (MV) is determined for a subblock of the plurality of subblocks of the current block. The subblock-level MV is associated with a sum of a plurality of intermediate vectors. Each of the plurality of intermediate vectors is defined between two different respective pictures of the plurality of reference pictures. The subblock of the plurality of subblocks of the current block is reconstructed based on the subblock-level MV.

Abstract: In the method, coded information of a coding unit (CU) in a picture of a video is received from a coded video bitstream. The CU is partitioned into a first partition and a second partition based on a geometric partition mode (GPM). The first partition and the second partition are rectangular partitions that are adjacent to each other and divided by a straight partition line. A first intra prediction mode for the first partition of the CU and a second intra prediction mode for the second partition of the CU are determined. The first intra prediction mode is different from the second intra prediction mode. The first partition of the CU is reconstructed based on the first intra prediction mode and the second partition of the CU is reconstructed based on the second intra prediction mode.

Abstract: An example method of video coding includes receiving a video bitstream comprising a current block and a syntax element and identifying an intra prediction mode for the current block. The method also includes parsing the syntax element to determine whether to change the intra prediction mode when deriving a transform set index, and deriving the transform set index for the current block based on the intra prediction mode and the parsed syntax element. The method further includes selecting a first transform set from a plurality of transform sets according to the transform set index, and reconstructing the current block using the first transform set.

Abstract: Coded information of a first color component and a second color component associated with a current block is determined. A first prediction mode is determined to be selected from an intra prediction mode, an inter prediction mode, or a combined intra-inter prediction mode for the first color component associated with the current block. A second prediction mode is determined to be selected from the intra prediction mode, the inter prediction mode, or the combined intra-inter prediction mode for the second color component associated with the current block. The second prediction mode is different from the first prediction mode. The current block is reconstructed based on predicting the first color component of the current block in the first prediction mode and predicting the second color component of the current block in the second prediction mode.

Abstract: Aspects of the disclosure provide a method and an apparatus for video decoding. The apparatus includes processing circuitry that receives a coded bitstream comprising a first block in a current picture. The processing circuitry obtains prediction information indicating whether the first block is coded in an intra template matching prediction (IntraTMP) mode. If the IntraTMP mode is applied to the first block, the first block is reconstructed based on a prediction block within a reconstructed search area in the current picture. A reference template of the prediction block is matched to a current template of the first block in the IntraTMP mode. An IntraTMP-based block vector BVIntraTMP of the first block is stored. The IntraTMP-based block vector indicates a position displacement between the current template of the first block and the reference template of the prediction block. A second block is reconstructed based on the stored IntraTMP-based block vector.

Abstract: Disclosed in the present invention are an antigen binding protein targeting CD40, and the preparation therefor and the use thereof. The antigen binding protein targeting CD40 has the characteristics of a high affinity to CD40 and a strong agonistic activity on signaling pathways, particularly the enhanced agonistic activity after crosslinking, so that the antigen binding protein targeting CD40 has a larger therapeutic window, and is expected to bring about new opportunities for the treatment of various tumors.

Abstract: Disclosed are an antigen-binding protein targeting PD-L1 and CD40, preparation therefor, and use thereof. The antigen-binding protein targeting PD-L1 and CD40, by means of blocking a PD-1/PD-L1 inhibitory signaling pathway, acting on an activated CD40 receptor, and simultaneously activating an antigen-presenting cell and a lymphocyte, achieves a significant synergistic anti-tumor effect; meanwhile, the activation of the antigen-binding protein targeting PD-L1 and CD40 on an immune cell only occurs at a tumor microenvironment site, so that problems of systemic drug toxicity and side effects are significantly solved, which enables the antigen-binding protein targeting PD-L1 and CD40 to exert an excellent anti-tumor efficacy under very safe conditions.

Abstract: A processor-implemented method including, based on a first shape of a first tensor and a second shape of a second tensor used in an operation with the first tensor, determining a broadcasting type related to an extension of the first shape and the second shape, determining respective first shape offsets for each dimension of the first shape and respective second shape offsets for each dimension of the second shape based on the broadcasting type, determining respective first tensor offsets for each dimension of the first tensor and respective second tensor offsets for each dimension of the second tensor based on the broadcasting type, the respective first shape offsets for each dimension of the first shape, and the respective second shape offsets for each dimension of the second shape, determining a first offset of a first element included in the first tensor and a second offset of a second element included in the second tensor based on the respective first tensor offsets and the respective second tensor offse

Abstract: The present application discloses a touch panel and method for manufacturing the same, and a display module. The touch panel includes: a touch substrate; and a touch layer, including a touch metal layer and an insulating layer, the touch metal layer being located at one side of the touch substrate, and the insulating layer including a body portion and at least an opening portion; the body portion being located in the same layer as the touch metal layer, or the body portion being located at a side of the touch metal layer away from the touch substrate; the opening portion exposing at least a portion of the touch metal layer.

Abstract: Some aspects of the disclosure provide a method of video decoding. In the method, a coded video bitstream comprising coded information of a current block in a current picture is received. The coded information of the current block indicates an intra prediction mode for the current block. One or more in-loop filters is applied on one or more reconstructed samples in the current picture to generate one or more filtered reconstructed samples. The current block is reconstructed using the intra prediction mode and based on the one or more filtered reconstructed samples.

Abstract: A circuit, method and device for addressing CAN nodes are provided. The circuit includes: a fuse adapter board including a short-circuited circuit; a first CMU including a first MCU and a first CAN identification circuit; and a second CMU including a second MCU and a second CAN identification circuit. The fuse adapter board is connected to the first MCU or the second MCU through the short-circuited circuit, and is configured to control the short-circuited circuit to be shorted to enable a level on a GPIO pin of the first MCU or the second MCU connected to the short-circuited circuit to be a low level, so that the first MCU and the second MCU set their respective CAN addressing based on the respective levels of the respective GPIO pins.