Abstract
A new reduced-state trellis and Viterbi decoding for binary full-response continuous phase modulation (FRCPM) are derived. The theoretical and simulated error-rate performance of the reduced-state trellis decoding is presented. It is shown that the reduced-state trellis decoding of FRCPM with small modulation index can provide almost the same error-rate performance as the original-state trellis decoding at high signal-to-noise ratio.
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