INTER-FRAME PREDICTION METHOD AND TERMINAL

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INTER-FRAME PREDICTION METHOD AND TERMINAL - A simplified explanation of the abstract

This abstract first appeared for US patent application 18748006 titled 'INTER-FRAME PREDICTION METHOD AND TERMINAL

The abstract describes an inter-frame prediction method in the field of video encoding and decoding technologies. The method involves obtaining motion information of blocks, determining prediction values for pixel points, and calculating target prediction values based on target information.

Obtaining motion information of blocks
Determining prediction values for pixel points in pixel regions
Calculating target prediction values based on target information
First block is to be encoded/decoded, second block is encoded/decoded block

Potential Applications: - Video compression technologies - Streaming services - Video editing software

Problems Solved: - Efficient video encoding and decoding - Reduction of data size for transmission - Improved video quality

Benefits: - Reduced bandwidth usage - Faster video transmission - Enhanced video quality

Commercial Applications: Title: Advanced Video Compression Technology for Streaming Services This technology can be used in streaming services to improve video quality and reduce bandwidth usage, leading to a better user experience and cost savings for service providers.

Questions about Inter-Frame Prediction: 1. How does inter-frame prediction improve video encoding and decoding efficiency? Inter-frame prediction helps reduce data redundancy by predicting pixel values based on motion information, leading to more efficient video compression.

2. What are the key differences between the first block and the second block in the inter-frame prediction method? The first block is the block to be encoded/decoded, while the second block is the encoded/decoded block used for prediction in the process.

Original Abstract Submitted

An inter-frame prediction method and a terminal and pertains to the field of video encoding and decoding technologies. The inter-frame prediction method according to embodiments of this application includes: obtaining first motion information of a first block and second motion information of a second block; determining first and second prediction values corresponding to each pixel point in a first pixel region associated with the first block; and determining a target prediction value corresponding to each pixel point in a second pixel region of the first block based on target information; where the first block is a block to be encoded, and the second block is an encoded block; or the first block is a block to be decoded, and the second block is a decoded block.