Design schemes of space-time block codes concatenated with turbo codes

Junghoon Suh, M. Howlader
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引用次数: 13

Abstract

Higher transmission rate and reliable communication over fading channels are major research pursuits of current wireless communications. The space-time block codes (STBC) have been introduced to improve those research goals by simple processing algorithms at the transmitter and the receiver ends. STBC designs with the help of an orthogonal design method are described. The STBC designed in a quasi-orthogonal method is focused on keeping the higher transmission rate at the cost of the diversity gain. On the other hand, STBC designed in complex orthogonal methods emphasize the high diversity gain rather than the rate. Design schemes of turbo concatenation to STBC using various methods are introduced and detailed performance analyses are provided.
空时分组码与turbo码串联的设计方案
更高的传输速率和可靠的衰落信道通信是当前无线通信的主要研究方向。空时分组码(STBC)通过在发送端和接收端采用简单的处理算法来改进这些研究目标。介绍了用正交设计法设计STBC的方法。采用拟正交法设计的STBC以牺牲分集增益为代价保持较高的传输速率。另一方面,采用复正交法设计的STBC强调的是高分集增益而不是速率。介绍了各种方法的涡轮串联到STBC的设计方案,并进行了详细的性能分析。
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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