在没有直接链路的情况下,具有H-ARQ的新两跳多中继协议

Bi Hong, Wan Choi, Chaehag Yi
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引用次数: 2

摘要

本文设计并全面分析了一种无直接链路但存在中继间干扰的多路半双工中继通信的高效传输协议。该协议在复用增益较高的情况下,利用混合自动重传请求(H-ARQ)实现了较高的分集增益。随着最大允许重传回合数(L)的增加,在短期静态信道中获得额外的时分集增益。与采用H-ARQ的现有协议相比,该协议在高复用增益下的分集增益大大提高。随着L的增大,主导区域变宽。此外,在长期静态信道中,为了提高分集增益,不需要进行两次以上的重传(即L > 2)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New two-hop multiple relay protocol with H-ARQ in the absence of a direct link
In this paper, we devise and comprehensively analyze an efficient transmission protocol for multiple half-duplex relay communication without a direct link but with inter-relay interference. The proposed protocol achieves high diversity gain with the help of Hybrid Automatic Retransmission reQuest (H-ARQ) even when multiplexing gain is quite high. As the maximum allowable number of retransmission rounds (L) increases, an additional time diversity gain is obtained in short-term static channels. Compared to pre-existing protocols which adopt H-ARQ in a similar manner, its diversity gain at high multiplexing gain is much improved. As L increases, the dominating region become wider. In addition, in long-term static channels, we show that more than two retransmissions (i.e., L > 2) are unnecessary for improvement of the diversity gain.
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