Multi-View Video Chrominance Compensation Block Selection

The patent applies local quality by determining chrominance compensation on a block-level basis rather than uniformly across the entire picture. The system calculates compensation values only for blocks that require them, based on local characteristics such as motion vector availability and prediction accuracy, thereby improving video quality where needed while maintaining coding efficiency in regions where compensation is not beneficial.

The patent implements partial action by selectively applying chrominance compensation only to specific blocks that meet certain criteria (e.g., blocks with available motion vectors and certain picture types), rather than applying it excessively to all blocks. This selective approach avoids unnecessary computational overhead while ensuring compensation is applied where it most effectively improves video quality.

The system calculates chrominance compensation values locally for each block based on its specific characteristics, such as whether it has motion vectors and what picture type it belongs to. This localized calculation approach ensures high prediction accuracy for blocks that need it while avoiding the time cost of calculating compensation for blocks where it would not improve prediction accuracy.

The patent applies partial action by computing chrominance compensation only for blocks that meet specific conditions (e.g., inter-coded blocks with available motion vectors), rather than performing the calculation for all blocks. This selective computation maintains prediction accuracy for critical blocks while significantly reducing overall processing time.