It adopts variable block size Motion Estimation ( ME ) and exhaustive RDO mode decision. 它采用了可变块(VB)运动估计和率失真优化模式判决。
One important use of variable block sizes is compression ( because the resulting block size when compressed will ideally be less than the original ). 可变块(VB)大小的一个重要使用是压缩(因为压缩时的结果块大小理想情况下将小于初始大小)。
A re-configurable MC interpolation hardware based on the new computing architecture is implemented efficiently based on the variable block size. 基于新算法,设计实现了一种可重构的多标准运动补偿硬件电路,该电路采用了基于可变块(VB)大小的运动补偿结构。
Outside of compression, supporting variable block sizes also means that you can tune the block size for the particular workload expected for improved performance. 在压缩以外,支持可变块(VB)大小还意味着您可以针对所期望的特定工作量优化块大小,以便改进性能。
Also this algorithm is compared with the other variable block matching methods. 与其它变块匹配方法相比,该方法克服了其它变块匹配法的不足。