VVC is an abbreviation for "Video Vector Coding," a term frequently used in the field of video coding and compression. Video Vector Coding refers to a technique that utilizes vector quantization to compress and encode video data efficiently.
In VVC, video frames are divided into smaller blocks or macroblocks, and each block is represented using a vector that defines its motion or displacement from a reference frame. The motion vectors are then encoded and transmitted, along with residual information to identify and describe the differences between the original frame and the reference frame.
VVC employs advanced algorithms to efficiently represent and compress video data. By exploiting temporal and spatial redundancies, it can significantly reduce the amount of data required for transmission or storage while maintaining high-quality video playback.
This video coding technique finds extensive use in various applications, including video streaming services, video conferencing, multimedia communication, and digital television broadcasting. VVC provides improved compression ratios, reduced bit rates, and higher video quality compared to previous standards.
The development of VVC involves the collective efforts of researchers and industry experts, aiming to continuously enhance video compression efficiency. It is designed to accommodate emerging video formats, resolutions, and display technologies, adapting to the evolving needs of multimedia applications.
VVC has become a vital tool for delivering high-quality video content over different networks while minimizing bandwidth requirements and ensuring optimal video transmission and user experience.
