Motion blur reduction of liquid crystal displays using perception-aware motion compensated frame rate up-conversion

A perception-aware motion-compensated frame interpolation algorithm has been proposed. There is no motion estimation process in this low cost frame rate up-conversion (FRUC) algorithm. With the proposed filter-based MV processing techniques and the motion compensation (MC) decision in a motion compensated interpolation (MCI) stage, the proposed algorithm reduces the memory and bandwidth requirement while maintains the visual quality of the interpolation results. The key factor is that most computations in the traditional interpolation are redundant and could be skipped without quality loss because properties of the human visual system.