异步时空块码:低复杂度的解码方法

M. Nahas, A. Saadani, R. Hatoum
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引用次数: 1

摘要

在以往的工作中,提出了可变长度的延迟容忍码,以确保在一定的延迟分布区间内具有完整的发射分集。随着编码长度的增加,编码性能得到增强;然而,这会导致接收端的复杂度增加,这促使我们研究低复杂度解码方法。首先,研究表明,最优解码方法不能用于较大的码长。此外,针对任意码长和任意可容忍延迟,提出了复杂度合理、性能良好的译码方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Asynchronous Space Time Block Codes: Low complexity decoding methods
In previous works, delay tolerant codes were proposed with variable length ensuring a full transmit diversity for a certain interval of delay profiles. The code performances are enhanced when the code length is incremented; however, this causes an increasing complexity at the receiver which motivates our research for low complexity decoding methods. First, it is shown that optimal decoding methods cannot be used for large code lengths. Moreover, new decoding schemes with reasonable complexity and good performance are proposed for any code length and any tolerated delay.
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