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 Approximate SER for M-PSK using MRC and STTD Techniques ...
for i.i.d slow-flat Nakagami-m fading channel. Here, the MGF based analytical method was used to analyze this model using both transmit and receive antenna selection (TAS/RAS). Moreover, the outage and BER analysis of the MRC for band-limited BPSK system with micro-cellular system over i.i.d Rayleigh and Nakagami-m slow-flat fading channels were...
Analysis of transmit antenna selection/orthogonal space ...
and p EF = 1 − p CF , respectively, concerning also the case of L > K unlike the references 18 and 19, which consider K = 2 b , .In 2, d H (i ,j ) = d (x i ,x L − j ) denotes the Hamming distance between the corresponding bit representations of the feedback messages x i and x L − j .In Equation 1, P s ,CF is the average SER expression related to the only correct TASC and is the average ...
Diversity receiver design and channel statistic estimation ...
over an i.i.d. Weibull fading channel, with Lc = 2, L = 2 ~ 6, and Weibull parameter c = 3.1 52 Figure 3.7 Average SER vs. bit ASNR for QPSK with HS/EGC over i.i.d. and i.n.d. Nakagami-g fading channels, with L = 4 and Lc = 1 ~ 4 53 Figure 3.8 Average SER vs. bit ASNR for 16-QAM with HS/EGC over i.i.d. and...
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