On the performance of space-time cooperative relay in fading channel

A. Izzati, N. Fisal, S. Yusof, M. Abbas
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Abstract

Cooperative relay has been an interesting research area for the past years as it promotes higher data rates and robust to wireless environment. IEEE Work Group initiated the use of relay stations in the IEEE 802.16e standard and it is called IEEE 802.16j. This paper proposed a multi-hop cooperative relay system with space-time codes (STC), with the integration of relay selection. In changing environment, data transmission signals through wireless channels can be degraded by factors like shadowing, fading etc. Cooperative relay system is believed to offer robustness by multipath routes to destination. The cooperative relay system in this work adopted the virtual MIMO (multiple input multiple output) concept. Analysis of performances are made between topologies of space-time cooperative relay systems and compared with cooperative relay transmission.
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衰落信道下空时协同中继性能研究
协作中继技术由于具有较高的数据传输速率和对无线环境的鲁棒性,近年来一直是一个有趣的研究领域。IEEE工作组在IEEE 802.16e标准中开始使用中继站,它被称为IEEE 802.16j。提出了一种集成中继选择的空时码多跳协同中继系统。在变化的环境中,通过无线信道传输的数据信号会受到阴影、衰落等因素的影响。协作中继系统通过多路径路由提供鲁棒性。本文的协同中继系统采用了虚拟多输入多输出的概念。对时空协同中继系统的拓扑进行了性能分析,并与协同中继传输进行了比较。
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