應用於H 264/AVC的平行處理式解方塊濾波器
Due to the rapid spread of Internet, multimedia plays an important role in daily life. H.264/AVC is a newly video compression standard, compared with the past standards, it has high compression efficiency, but also makes its high computational complexity.
 In the image compression process, the image always have a problem with distortion, and the most obvious phenomenon in the H.264 is the blocking artifact, in order to reduce the blocking artifact, H.264 adapted the deblocking filter as its main block in the decoder loop, it helps to increase the image quality. In this thesis, we proposed the parallel processing deblocking filter architecture, compared to the traditional deblocking filter, it cost less clock cycles processing a maroblock, and moreover, due to the data reuse, it reduces the memory requirement effectively. We need only 160 cycles to process a macroblock, and 11.89K gate counts needed.