New Evaluation on Maximum Ratio Diversity for the Reception of M-ary PSK and DPSK Signals on Rician Fading Channels
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The performances of M-ary PSK (MPSK) systems using L-branch maximum ratio combining (MRC) diversity reception in frequency-nonselective slow Rician fading channels are derived theoretically. Especially we investigate the effect of number of symbols on the difference between the approximation to bit error probability and the exact bit error rate (BER) in evaluating the performance of MPSK signals through numerical analyses. On the other hand, when M-ary DPSK (MDPSK) signals experience the Rician fading channels, the general formula for evaluating BER of MDPSK signals in the independent branch diversity system is presented using the integral-form expressions.
Abstract
The performances of M-ary PSK (MPSK) systems using L-branch maximum ratio combining (MRC) diversity reception in frequency-nonselective slow Rician fading channels are derived theoretically. Especially we investigate the effect of number of symbols on the difference between the approximation to bit error probability and the exact bit error rate (BER) in evaluating the performance of MPSK signals through numerical analyses. On the other hand, when M-ary DPSK (MDPSK) signals experience the Rician fading channels, the general formula for evaluating BER of MDPSK signals in the independent branch diversity system is presented using the integral-form expressions.