Optimized L2-orthogonal STC CPM for 3 antennas

Matthias Hesse, J. Lebrun, L. Deneire
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引用次数: 2

Abstract

In this paper, we introduce further our recently designed family of L2 orthogonal space-time codes for CPM. With their advantage of maintaining both the constant envelope properties of CPM, the diversity of Space-Time codes and moreover orthogonality, and thus reduced decoding complexity, these codes are also full rate, even for more than two transmitting antennas. The issue of power efficiency for these codes is first dealt with by proving that the inherent increase in bandwidth in these systems is quite moderate. It is then detailed how the initial state of the code influences the coding gain and has to be optimized. For the two and three antennas case, we determine the optimal values by computer simulations and show how the coding gain and therewith the bit error performance are significantly improved by this optimization.
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优化了3天线的l2 -正交STC CPM
本文进一步介绍了我们最近设计的用于CPM的L2正交空时码族。由于它们既保持CPM的恒定包络特性,又保持空时码的多样性和正交性,从而降低了译码复杂度,因此这些码也是全速率的,即使对于两个以上的发射天线也是如此。这些代码的功率效率问题首先通过证明这些系统中固有的带宽增加是相当适度的来处理。然后详细说明代码的初始状态如何影响编码增益,并且必须进行优化。对于双天线和三天线的情况,我们通过计算机模拟确定了最优值,并展示了这种优化是如何显著改善编码增益和误码性能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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