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Ber optimized unimode precoder design for MIMO-OFDM based spatial multiplexing systems

机译:基于MIMO-OFDM的空间复用系统的Ber优化单模预编码器设计

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A bit error rate optimized unimode selection algorithm is proposed for MIMO-OFDM based spatial multiplexing systems using linear receivers. For a fixed number of antennas, the proposed scheme dynamically selects the number of subcarriers used for transmission. The proposed method increases the diversity advantage of spatial multiplexing systems without the use of computational expensive spacetime receivers such as ML and VBLAST. Simulation results show that the proposed unimode technique outperforms existing ones in terms of link reliability by performing selection of data streams across different subcarriers, and compensating significantly attenuated subcarriers due to deep fades.
机译:针对使用线性接收器的基于MIMO-OFDM的空间复用系统,提出了一种误码率优化的单模选择算法。对于固定数量的天线,建议的方案动态选择用于传输的子载波的数量。所提出的方法增加了空间复用系统的分集优势,而无需使用诸如ML和VBLAST这样的计算昂贵的时空接收机。仿真结果表明,所提出的单模技术通过执行跨不同子载波的数据流选择并补偿由于深衰落而导致的明显衰减的子载波,在链路可靠性方面优于现有方法。

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