A digital communication system uses symmetric binary symbols +a and -a. The channel is AWGN with gen
A digital communication system uses symmetric binary symbols +a and -a. The channel is AWGN with generic noise variance ? 2 . The symbol spacing is chosen such that a = 3?, and the two symbols have a-priori probabilities P(+a) = 3/5 and P(-a) = 2/5. Calculate the optimal decision threshold and write an expression of the SER/BER in these cases: a) Using the ML (maximum likelihood) principle b) Using the MAP (maximum a-posteriori) principle
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