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Performance of STBC-VBLAST hybrid system based on GMD precoding algorithm

机译:基于GMD预编码算法的STBC-VBLAST混合系统的性能

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A STBC-VBLAST hybrid system based on GMD precoding algorithm is proposed. At the receiver, we made use of ZF-SIC and MMSE-SIC detection algorithms to recover the original data, and we compare the performance of the two detection algorithms. The simulation results indicate that the GMD algorithm can improve the hybrid system's performance greatly. The simple STBC-VBLAST hybrid system based on GMD precoding algorithm reduces the complexity of the system compared with the scheme proposed by C. Mengand J. Tuqanin despite of depressing the BER performance appreciably. The performance of MMSE-SIC detection algorithm outperforms ZF-SIC detection algorithm, both algorithms having comparative complexity.
机译:提出了一种基于GMD预编码算法的STBC-VBLAST混合系统。在接收器上,我们使用ZF-SIC和MMSE-SIC检测算法来恢复原始数据,并比较这两种检测算法的性能。仿真结果表明,GMD算法可以大大提高混合动力系统的性能。尽管C. Mengand J. Tuqanin提出的方案明显降低了BER性能,但基于GMD预编码算法的简单STBC-VBLAST混合系统却降低了系统的复杂性。 MMSE-SIC检测算法的性能优于ZF-SIC检测算法,这两种算法都比较复杂。

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