This study presents a new radix-4 butterfly design for Viterbi decoders. The branch symmetry of the radix-4 butterfly is exploited to design a low- ...
design for Viterbi decoders. The branch symmetry of the radix-4 butterfly is exploited to design a low- complexity radix-4 butterfly module to simplify the.
Dec 3, 2007 · This study presents a new radix-4 butterfly design for Viterbi decoders. The branch symmetry of the proposed radix-4 butterfly is exploited ...
The proposed radix-4 butterfly design can reduce the number of FPGA slices of the radix -4 butterfly module by 24% over the conventional design.
This study presents a new radix-4 butterfly design for Viterbi decoders. The branch symmetry of the radix-4 butterfly is exploited to design a low- ...
This paper proposes a butterfly structure for Viterbi decoders, which works for convolutional codes of all rates k/n. The proposed butterfly structure can ...
Bibliographic details on Low complexity radix-4 butterfly design for the soft-decision Viterbi decoder.
Low Complexity Radix-4 Butterfly Design for the Viterbi Decoder ; A low-complexity, reduced-power Viterbi Algorithm. Singh P.K., Jayasimha S. ; Design and ...
"A 140-Mb/s, 32-state, Radix-4 Viterbi Decoder." IEEE Journal of Solid ... ▫ 2 radix-4 butterflies in each cycle. ▫ 8 cycles for 64 states radix-4 ...
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Chau-Yun Hsu, Tsung Sheng Kuo, Yuan Hung Hsu: Low complexity radix-4 butterfly design for the soft-decision Viterbi decoder. Microprocess.