Efficient Design of Eddr Circuit for Advanced Video Coding/h.264

Advanced video coding/H.264 is the video compression standard introduced by ISO/IEC. Motion Estimation (ME) has a critical role in the video coder. The main objective of Motion Estimation is to exploit temporal correlation among adjacent frames in a video sequence to reduce redundancy. Testing such a module is of priority concern. Processing Equipments (PEs) are the key components of Motion Estimation (ME). An error in PE affects the visual quality and PSNR (peak signal to noise ratio) of the high definition video. The error can be detected and recovered effectively by using proposed Error Detection and Data Recovery (EDDR) design based on Residue and Quotient (RQ) code. The proposed EDDR have acceptable area overhead and time penalty. Thus the reliability and throughput of Motion Estimation will be improved. KeywordsArea overhead, Error Detection and Data Recovery, Motion Estimation, Processing Equipment, Residue and Quo-