Beijing Bytedance Network Technology Co., Ltd.

Bytedance Inc.

International Business Machines Corporation

Lemon Inc.

Beijing Xiaomi Mobile Software Co., Ltd.

Chinese Academy of Sciences

Huawei Technologies Co., Limited

Lenovo (beijing) Limited

Baidu Online Network Technology (beijing) Co., Ltd.

Beijing Zitiao Network Technology Co., Ltd.

Beijing Didi Infinity Technology and Development Co., Ltd.

Yokogawa Electric Corporation

Baidu USA LLC

Kyndryl, Inc.

Beijing University of Technology

Yue Wang

Li Feng Zhang

Kai Zhang

Hongbin Liu

Jizheng Xu

Weijia Zhu

Zhipin Deng

Yang Wang

Na Zhang

Xin Peng Liu

Wei Wu

Liang Wang

Jingjing Xue

Hsiao Chiang Chuang

Yingnan Liu

Wenlong Rao

Kui Fan

Jing Jing Wei

Zheng Li

Da Li Liu

Ye-Kui Wang

Shuo Li

Xiaobo Wang

Gang Tang

Siwei Ma

Dong Jun Zong

Peng Hui Jiang

Xin Li

Yuwen He

Qi Liu

Tiejun Wang

Yue Chen

Jun Yang

Qi Feng Huo

Jiahao Li

Qiang Wang

Yu Zhang

Ming Wang

Zhen Zhang

Sheng Yan Sun

Jian Nan Guo

Li Liu

Yue He

Yi Zhao

Qi Zheng

Wei Gong

Peng Fei Tian

Jia Wang

Hao Wang

Liang Lu

Shiqi Wang

Yongyi Sun

Wen Rui Zhao

Shu Chao Wan

Xiaolu Wang

Hai Jun Xu

Yi Yang Ren

Jaehong Chon

Wei Zhang

Fan Zhu

Dong Wang

Li Long Chen

Xiao Ling Chen

Yu Meng Li

Yu Liu

Yang Yang

Fan Yang

Wei Zhao

Shuo Zhang

Jing James Xu

Yong Wang

Lei Zhang

Chihjen Cheng

Hao Jia Li

Xin Xu

Yongping Zhang

Beidou Xi

Juan Liu

Lei He

Jun Lu

Chao Zhou

Liang Rong

Yuyao Wang

Yue Cui

Chengfa Wang

Xue Wang

Hao Li

Xue Fei Duan

Yun Ma

Ze Zhang

Junping Wang

Juan Li

Yan Feng

Jun Tang

Hiroshi Miyata

Ling Lan

Xiong Zhao

Xuan Huang

A signal processing apparatus and method, and a digital oscilloscope are provided. The signal processing apparatus is configured to output one of two target signals according to a trigger signal and a trigger level. The signal processing apparatus includes a trigger comparison unit, a trigger display unit, and a controller. The trigger comparison unit is configured to extract a low-frequency component signal from the trigger signal. The controller is electrically connected to the trigger comparison unit and is configured to generate a trigger comparison signal according to a relationship between the low-frequency component signal and the trigger signal, and output a target signal obtained based on the trigger comparison signal according to a preset rule. The trigger display unit is electrically connected to the controller and is configured to receive and display the target signal on a target interactive interface.

Signal processing apparatus and method, and digital oscilloscope

A visual media processing method includes performing a conversion between a current video block of a visual media data and a bitstream representation of the current video block. The bitstream representation is configured according to a format rule that specifies that a syntax element is selectively included or excluded in the bitstream representation indicative of a maximum number of merge candidates for a coding tool, thereby indicating whether the coding tool is enabled or disabled for the conversion. The maximum number of merge candidates for the coding tool is zero or a positive number.

Transform block size restriction in video coding

A method for processing a video includes performing a determination, by a processor, that a first video block is partitioned to include a first prediction portion that is non-rectangular and non-square; adding a first motion vector (MV) prediction candidate associated with the first prediction portion to a motion candidate list associated with the first video block, wherein the first MV prediction candidate is derived from a sub-block MV prediction candidate; and performing further processing of the first video block using the motion candidate list.

Conditional application of inter prediction with geometric partitioning in video processing

A method, system, and computer program product for using logical segments to help manage database tasks and performance for SQL parallelism. The method may include identifying a database object within a database resource of a database. The method may further include determining a database access method for the database object. The method may further include dividing data within the database object into a plurality of logical segments based on the database access method. The method may further include receiving a query for the database. The method may further include identifying the database object that corresponds to the query. The method may further include analyzing the logical segments of the database object. The method may further include distributing access to the database resource based on the logical segments of the database object.

Dynamically deploying execution nodes using system throughput

Provided is an electrical signal sampling device. The electrical signal sampling device includes a pulse signal source, a first sampling module, and a signal delay module. The pulse signal source is configured to generate a pulse signal. The first sampling module is connected to the pulse signal source through a coupler. The coupler is configured to fan-out the pulse signal to generate a test input signal and a sampling incidence signal. The test input signal is input into a tested device from the coupler and then is coupled to form a test output signal. The first sampling module is configured to collect the sampling incidence signal and the test output signal through the coupler. The signal delay module generates N excitation signals through a preset delay.

Electrical signal sampling device

Methods, systems and devices for sample string processing in intra coding are described. An example method of video processing includes determining, for a conversion between a video comprising a current block and a bitstream of the video, whether a first sample string of the current block forms a rectangle, and performing, based on the determining, the conversion, wherein the determining is based on a position and a length of the first sample string.

Sample string processing in intra coding

A method for video processing includes: determining, that the video block is split into a plurality of sub-blocks based on a condition associated with the video block, refining motion information of each sub-block using a motion refinement process, the motion refinement process being a one-step or an iterative multi-step refinement process; and performing a video processing on the video block based on the refined motion information of each sub-block.

Sub-block based prediction

Methods, systems, and devices for implementing an adaptive color transform (ACT) during image/video encoding and decoding, including: determining, for a conversion between a video including a block and a bitstream of the video, that a size of the block is greater than a maximum allowed size for an ACT mode, and performing, based on the determining, the conversion. In response to the size of the block being greater than the maximum allowed size for the ACT mode, the block is partitioned into multiple sub-blocks. Each of the multiple sub-blocks share a same prediction mode, and the ACT mode is enabled at a sub-block level.

Use of offsets with adaptive colour transform coding tool

A control method includes: detecting first noise and determining at least one control parameter, in which the first noise is noise affecting wireless communication between a stylus and an electronic device, and the at least one control parameter includes a parameter controlling the wireless communication between the stylus and the electronic device; sending first indication information to the stylus, in which the first indication information includes at least one parameter value, each parameter value corresponds to one of the at least one control parameter, and the first indication information is configured to adjust the at least one control parameter to the corresponding parameter value; and controlling the wireless communication between the stylus and the electronic device in response to the adjusted control parameter.

Control method, electronic device and stylus

Devices, systems and methods for digital video coding, which includes deriving RMVF-based motion vector information, are described. An exemplary method for video processing includes deriving at least one motion model for a current video block, based on motion information of at least one non-adjacent spatial neighboring block or at least one temporal neighboring block of the current video block; deriving motion information for the current video block or at least one sub-block of the current video block based on the at least one motion model; and performing a conversion for the current video block based on the derived motion information.

Regression-based motion vector field based sub-block motion vector derivation

A method of video processing includes determining, for a conversion between a current block of a video and a bitstream of the video, that the current block is split into multiple sub-blocks, wherein at least one of the multiple blocks is coded using a modified intra-block copy (IBC) coding technique that uses reference samples from one or more video regions from a current picture of the current block; and performing the conversion based on the determining.

Sub-block based intra block copy

Video coding and decoding techniques, including history-based motion vector prediction with default parameters, are described. One example video processing method includes resetting, for a conversion between a video unit of a video and a bitstream of the video, a history-based motion vector prediction (HMVP) table of size N by adding K HMVP motion candidates to the HMVP table, where the K HMVP motion candidates have default values, where N and K are positive integers, and where K≤N; and performing the conversion between the video unit and the bitstream using the HMVP table resulting from the resetting.

History-based motion vector prediction with default parameters

A method of video processing includes determining, based on a video characteristic of a first video block, an enabling or disabling of a pruning process for a table updating process; updating one or multiple tables, based on the determination and motion information of the first video block, the one or multiple motion tables being History-based Motion Vector Prediction (HMVP) tables; and performing a conversion between a subsequent video block of the video and bitstream representation of the subsequent video block based on the updated tables.

Pruning method in different prediction mode

A video processing method is provided, including: performing a conversion between a coded representation of a video including one or more video regions and the video, wherein the coded representation includes reshaping model information applicable for in-loop reshaping (ILR) of some of the one or more video regions, wherein the reshaping model information provides information for a reconstruction of a video unit of a video region based on a representation in a first domain and a second domain and/or scaling chroma residue of a chroma video unit, wherein the reshaping model information includes a parameter set that includes a first syntax element that derives a number of bits used to represent a second syntax element specifying an absolute delta codeword value from a corresponding bin, and wherein the first syntax element has a value smaller than a threshold.

Signaling of reshaping information in video processing

An exemplary method for visual media processing includes performing a conversion between a current video block of a visual media data and a bitstream representation of the visual media data in accordance with a conditional signaling rule. The current video block is disabled from using an intra sub-block partitioning (ISP) split mode which divides the current video block into sub-blocks depending on dimensions of the current video block. In case that the conversion is associated with disabling use of the ISP split mode, the conditional signaling rule specifies selectively including in the bitstream representation a first syntax element indicating that a luma component of a sub-block of the current video block includes non-zero coefficient values. The selectively including is based at least on one or more other syntax elements having non-zero coefficient values of one or more previous sub-blocks included in the bitstream representation.

Significant coefficient signaling in video coding

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Yue Wang