Performance analysis of combined transmit SC/receive MRC for MIMO systems in correlated fading channels
Guangqiu Li
Abstract
Guangqiu Li
Abstract
A diversity system with combined antenna selection at the transmitter with maximum-ratio combining(MRC)at the receiver for multiple-input-multiple-output(MIMO)systems in correlated Rayleigh fading channels is investigated in this paper.By using the moment generating function-based analysis approach,closed-form solutions to the average symbol error probability(SEP) of several M-ary modulation schemes(including M-ary phase shift keying(MPSK),M-ary quadrature amplitude modulation(MQAM),M-ary pulse amplitude modulation(MPAM))for MIMO systems with coherent detection are derived.Numerical results illustrate the effect of correlation and antenna configurations on the average SEP of several M-ary digital modulation schemes for MIMO systems.
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A diversity system with combined antenna selection at the transmitter with maximum-ratio combining(MRC)at the receiver for multiple-input-multiple-output(MIMO)systems in correlated Rayleigh fading channels is investigated in this paper.By using the moment generating function-based analysis approach,closed-form solutions to the average symbol error probability(SEP) of several M-ary modulation schemes(including M-ary phase shift keying(MPSK),M-ary quadrature amplitude modulation(MQAM),M-ary pulse amplitude modulation(MPAM))for MIMO systems with coherent detection are derived.Numerical results illustrate the effect of correlation and antenna configurations on the average SEP of several M-ary digital modulation schemes for MIMO systems.
Key concepts: Quadrature amplitude modulation, Maximal-ratio combining, MIMO, Rayleigh fading, Transmitter, Electronic engineering, Fading, QAM