10 results about "Uncompressed video" patented technology

Systems, methods, and apparatuses are described for processing video. Encoded video data may be determined from uncompressed video data. A chrominance component for a portion of the encoded video data may be determined that references another portion of the encoded video data. A luma component of the portion of the encoded video data may be determined to correspond with the luma component of the corresponding portion of the uncompressed video data.

A system processing hardware executes a machine learning (ML) model-based video compression encoder to receive uncompressed video content and corresponding motion compensated video content, compare the uncompressed and motion compensated video content to identify an image space residual, transform the image space residual to a latent space representation of the uncompressed video content, and transform, using a trained image compression ML model, the motion compensated video content to a latent space representation of the motion compensated video content. The ML model-based video compression encoder further encodes the latent space representation of the image space residual to produce an encoded latent residual, encodes, using the trained image compression ML model, the latent space representation of the motion compensated video content to produce an encoded latent video content, and generates, using the encoded latent residual and the encoded latent video content, a compressed video content corresponding to the uncompressed video content.

A method for an online video game or application service system includes running a video game or application on an application host server at a data center, an uncompressed video stream being produced therefrom. The uncompressed video stream is encoded into compressed video stream, which is then transmitted over the Internet to an output client device of a user. The output client device decompresses the compressed video stream and displays live video on a screen. User control input transmitted from an input client device is delivered to the application host server. The user control input includes game or application commands. The input client device is associated with the user and is separate from the output client device. Responsive to receiving the game or application commands, the application host server generates a new uncompressed video stream.

A method of decoding compressed video or image data, or encoding uncompressed video or image data, using an 8-bit primary transform kernel matrix. The method can include determining whether to use a first transform kernel matrix having a first size type or a second transform kernel matrix having a second size type that is smaller than the first size type. When the result of the determination is to use the first transform kernel matrix, an 8-bit primary transform kernel matrix having a size of 64 points or more is used to encode or decode a target file. Otherwise, the method can include extracting the second transform kernel matrix of the second size type from the first transform matrix, and using the extracted second transform kernel matrix to encode or decode the target file.

A method of decoding compressed video or image data, or encoding uncompressed video or image data, using an 8-bit primary transform kernel matrix. The method can include determining whether to use a first transform kernel matrix having a first size type or a second transform kernel matrix having a second size type that is smaller than the first size type. When the result of the determination is to use the first transform kernel matrix, an 8-bit primary transform kernel matrix having a size of 64 points or more is used to encode or decode a target file. Otherwise, the method can include extracting the second transform kernel matrix of the second size type from the first transform matrix, and using the extracted second transform kernel matrix to encode or decode the target file.

The invention discloses an image transmission method of a non-compression packaging video and related equipment, and relates to the technical field of data transmission, the method comprises the following steps: acquiring a non-compression packaging original video file, video data in the original video file being in a non-4K alignment state; obtaining a storage address of each frame of image data in the original video file; based on the storage address of each frame of image data, the number of filling bytes to be inserted before the corresponding frame of image data is calculated, the corresponding number of filling bytes obtained through calculation are inserted, a target video file is generated, and video data in the target video file are in a 4K alignment state; and re-packaging the target video file into an uncompressed packaged video file, storing the uncompressed packaged video file, and then performing cache-free reading. According to the method and the device, the video data in the non-compression packaged video file can be efficiently read to the memory in a cache-free reading mode, and the video data is output to the display equipment.

A method of decoding compressed video or image data, or encoding uncompressed video or image data, using an 8-bit primary transform kernel matrix. The method can include determining whether to use a first transform kernel matrix having a first size type or a second transform kernel matrix having a second size type that is smaller than the first size type. When the result of the determination is to use the first transform kernel matrix, an 8-bit primary transform kernel matrix having a size of 64 points or more is used to encode or decode a target file. Otherwise, the method can include extracting the second transform kernel matrix of the second size type from the first transform matrix, and using the extracted second transform kernel matrix to encode or decode the target file.

A system processing hardware executes a video compression encoder based on a machine learning (ML) model to receive uncompressed video content and corresponding motion compensated video content, compare the uncompressed and motion compensated video content to identify an image space residual, transform the image space residual into a latent space representation of the uncompressed video content, and transform the motion compensated video content into a latent space representation of the motion compensated video content using a trained image compression ML model. The video compression encoder based on the ML model further encodes the latent space representation of the image space residual to produce an encoded latent residual, encodes the latent space representation of the motion compensated video content using the trained image compression ML model to produce an encoded latent video content, and produces compressed video content corresponding to the uncompressed video content using the encoded latent residual and the encoded latent video content.

An embodiment includes generating, using a first set of parameters, a first quantization matrix. The first set of parameters includes a set of coefficients of a formula that generates quantization values in the first quantization matrix. An embodiment includes encoding, using the first quantization matrix, a frame in an uncompressed video stream, the encoding generating a compressed video stream corresponding to the uncompressed video stream.

A method for analysing the change between two frames of an uncompressed video stream, including estimating a shift and statistical deviation between all or part of the frames in at least one direction, and using the one or more computed shifts and statistical deviations to detect a significant change between the frames. A method for coding an uncompressed video stream, wherein information relating to a significant change is used to modify the uncompressed video stream or coding parameters of the uncompressed video stream, in order to avoid peaks in rate. A device implementing either of the methods, to a complete transmitting system, to a computer program product comprising program instructions allowing the steps of the methods to be executed, and to a recording medium comprising the computer program product.