实现拓扑多样性的技术综述

R. Singh, P. G. Poonacha
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引用次数: 4

摘要

无线电波的扭曲是一个正在研究的热门话题,它利用许多OAM(轨道角动量)状态以相同频率传输数据。通过扭转天线来传输各种正交的OAM状态,这些状态可以作为n维信号的基函数。各种正交态的利用被称为“拓扑”多样性。该技术已经在实验中得到了实现和验证,OAM的思想已经被很好地理解并应用于光学领域。本文介绍了实现拓扑分集的技术及其在未来无线通信中的应用前景。
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Survey of techniques for achieving topological diversity
Twisting of Radio waves is a hot topic that is being worked upon which utilizes the many OAM (Orbital Angular Momentum) states to transmit data at the same frequency. Twisting of antennas is done to transmit the various orthogonal OAM states that can be used as basis functions in N-dimensional signaling. The utilization of various orthogonal states is termed as “Topological” diversity. The technique has been experimentally implemented and demonstrated and the idea of OAM is already well understood and used in the optical domain. In this paper, we present the techniques used to achieve topological diversity and its prospects in future Wireless Communications.
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