Motion compensation method for video encoding

A motion compensation method for video coding is proposed. The method is based at the estimation of motion vectors along the bit sheets of the most informative high order bits and the adaptive technology for selecting block sizes for motion compensation. Evaluation of motion vectors along the bit sheets of the higher bits will significantly reduce the computational complexity and enumeration of possible blocks. An adaptive technology of selecting block sizes for motion compensation will allow to select large blocks for homogeneous areas of the frame, and smaller blocks for images with complex motion. The proposed method can effectively eliminate temporary redundancy and increase the compression ratio of video frames with minimal computational resources. The results of modeling and evaluating the effectiveness of the developed algorithm are presented.