Throughput analysis of CDMA with DPSK and BPSK modulation and diversity in indoor radio channels

The throughput of a slotted CDMA system in indoor Rayleigh fading channel with DPSK and BPSK modulation schemes has been derived considering selection diversity and maximal ratio combining. For typical values of maximum RMS time delay spreads and order of diversity the system throughput in the case of maximal ratio combining is superior to that of selection diversity. Maximal ratio combining with BPSK yields better performance than other combinations.<
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