In this work, for a CDMA communication, the per user
carrier-to-interference ratio (CINR) enhancement in the Reverse
Link (mobile to base station) is analyzed using different antenna
array spatial combining algorithms: Optimal Combining (OC) Versus
Maximal Ratio Combining (MRC) in a multi-rate (combined voice and
data users) multi-antenna scenario. The ratio of the CINR for OC
vs. MRC is directly analyzed, i.e. Z=CINROC/CINRMRC. Exact
solutions are derived for the statistics of a per user
CINROC/CINRMRC improvement, as a function of the high-level
interference power to background noise, the gain ratio
CINROC/CINRMRC is evaluated in a flat Rayleigh fading
communications system with multiple interferers, when the number of
interferences L is no less than the number of antenna elements M (L
M). The gain ratio is derived providing a simple means to determine
when OC will exhibit significant gains over MRC. simulations are
done to find out the BER performance of optimum combining diversity
in correlated Nakagami-m channels and compare with the BER
performance of MRC and the influence of interference for MRC and OC
are analyzed and discussed"
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