Block systolic computations in digital filters
C.J. Hwang · 2002
Many efficient systolic algorithms in the block computation of digital filters have been derived. Highly concurrent structures can be implemented from these block systolic computation algorithms. All the performances of these highly concurrent structures can be described using the total computation times and the total processor numbers needed for each algorithm. A comparison with sequential algorithms using tables of speedup rates is presented, and the efficiency for each block algorithm is summarized.>