Adaptive Viterbi decoder is used for decoding codes of long constraint leng th, where as viterbi decoder is used for decoding short constraint lengths. Tn order to mIDlmlze power consumption and BER, we have implemented FastRadix 2 ACS in Viterbi decoder and Adaptive Viterbi decoder. The area consumption was more in Viterbi comp ared to Adaptive Viterbi decoder. But the power utilization reduced drastically to 20% where as in Viterbi decoder the power consumed was 80%. Tn our previous work we have implemented Adaptive fast ACS, Adaptive Radix2 acs in Viterbi decoder. But the experimental result proves power consum ption is less in Adaptive FastRadix 2 ACS in Viterbi decoder than FastRadix 2 ACS in Viterbi decoder.
Adaptive viterbi decoder is used for decoding codes of long constraint length, Where as viterbi decoder is used for decoding short constraint lengths. In order to minimize power consumption and BER, we have implemented Radix 2 ACS in viterbi decoder and Adaptive Viterbi decoder. The area consumption was less in viterbi compared to Adaptive Viterbi decoder. But the power utilization reduced drastically to 20%where as in Viterbi decoder the power consumed was 80%. In our previous work we have implemented Adaptive fast ACS, but the experimental result proves power consumption is less in radix 2 ACS in viterbi decoder and much less in Adaptive viterbi decoder.
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