Abstract

In this paper, the symbol error rate of distributed MIMO antenna systems in a linear cell is analyzed. Firstly, a composite channel model which includes the fast fading, shadow fading and path loss is established. Then, a closed form expression of symbol error rate for point-to-point downlink MIMO communication system under higher signal-to-noise ratio (SNR) is deduced. Next, by considering the nonuniform distribution of a mobile station, the closed form expression of average symbol error rate in the whole cell is further derived. Numerical results show that the theoretical expressions derived in this paper can match the actual system performance well.

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