Rural communications in multi-path channels: Spread spectrum applications

J. van de Groenendaal, R. Braun
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Abstract

All radio communications occur in channels that have definite multipath characteristics. Two effects that are predominant in such a model, depending on the delay relative to the bit period, are Inter Symbol Interference (ISI) and fading. In this paper ISI is investigated in greater detail and the theoretical error performance for BPSK in a multi-path channel is derived. It is also shown how spread spectrum improves the error performance of BPSK without a "rake" receiver in such an environment and the selection of parameters of spread spectrum to maximize error performance is briefly discussed.<>
多径信道中的农村通信:扩频应用
所有无线电通信都发生在具有明确多径特性的信道中。根据相对于比特周期的延迟,在这种模型中占主导地位的两种效应是码间干扰(ISI)和衰落。本文对ISI进行了详细的研究,并推导了BPSK在多径信道中的理论误差性能。本文还展示了扩频如何在这种环境下提高没有“rake”接收器的BPSK的误差性能,并简要讨论了扩频参数的选择以最大化误差性能。
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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