Should MIMO orthogonal space-time coding be preferred to non-orthogonal coding with iterative detection?

M. Khalighi, J. Hélard
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引用次数: 8

Abstract

In order to propose practical solutions to the future communication systems employing MIMO structures, we compare the performances obtained by using orthogonal and non-orthogonal space-time codes. For the latter case, we propose to use a simple iterative detector based on parallel interference cancellation. The choice of an orthogonal or a non-orthogonal code with iterative detection is then studied for several space-time coding schemes and for two or three antennas at transmitter. We show that when frames are long enough so that we can estimate properly the detector parameters, non-orthogonal codes can provide considerable gain over orthogonal designs at the price of a more complex detector
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MIMO正交空时编码是否优于迭代检测的非正交编码?
为了对未来采用MIMO结构的通信系统提出切实可行的解决方案,我们比较了使用正交和非正交空时码所获得的性能。对于后一种情况,我们建议使用基于并行干扰抵消的简单迭代检测器。然后研究了几种空时编码方案和发射机两根或三根天线的正交码或非正交码迭代检测的选择。我们表明,当帧足够长时,我们可以适当地估计检测器参数,非正交编码可以提供相当大的增益,而正交设计的代价是更复杂的检测器
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