Analytical Evaluation of BER Considering Effect of Cross-Polarization in a Polarization Diversity 4×4 MIMO Satellite to Ground Link

Sharif, Abu Jahid, Md. Shamiul Islam, MD.Emran Hossain, A. Islam
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引用次数: 3

Abstract

An analytical evaluation of Bit Error Rate (BER) performance considering the effect of cross-polarization under 4×4 polarization diversity MIMO (Multiple Input Multiple Output) from satellite to ground is modeled. The BER equation is derived using Rician k-factors and SINR (Signal to Interference plus Noise Ratio). A comprehensive simulation is performed for evaluating BER performance, Receiver sensitivity and power penalty in four areas namely Open Area (OA), Sub-urban Area(SA), Urban Area(UA), Aeronautical/Marine Area(A/M A). Then, BER is evaluated in four areas and simulation results reveal that all the four schemes under the proposed framework suffers power penalty. To the end, it is found that SA and UA schemes experiences higher power penalty in 4×4 MIMO over 2×2 MIMO configuration.
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考虑极化分集中交叉极化影响的误码率分析评价4×4 MIMO卫星对地链路
建立了考虑交叉极化影响的4×4卫星对地极化分集MIMO (Multiple Input Multiple Output,多输入多输出)误码率性能分析评估模型。误码率方程是用k因子和信噪比(信干扰加噪声比)推导出来的。在开放区域(OA)、城郊区域(SA)、城市区域(UA)和航空/海洋区域(A/M A) 4个区域对误码率性能、接收机灵敏度和功率惩罚进行了综合仿真,并对误码率进行了评估,仿真结果表明,该框架下的4种方案均存在功率惩罚。最后,我们发现在4×4 MIMO配置中SA和UA方案比2×2 MIMO配置有更高的功率损失。
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