Synchronization for NC-OFDM-based Cognitive Radio, robust against narrowband primary user

P. Kryszkiewicz, H. Bogucka
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引用次数: 1

Abstract

This paper presents a preamble-based time and frequency synchronization algorithm for an NC-OFDM-based Cognitive Radio (CR) system. While keeping its computational complexity close to the commonly known, autocorrelation-based Schmidl&Cox algorithm, it is robust against narrowband interference (NBI), e.g. from Primary Users (PUs). Essentially, the proposed algorithm does not require to know any parameters of NBI. Simulations results confirm its usefulness even in the case of a real interference.
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基于nc - ofdm的认知无线电同步,对窄带主用户具有鲁棒性
针对基于nc - ofdm的认知无线电(CR)系统,提出了一种基于前导的时频同步算法。在保持其计算复杂度接近于众所周知的基于自相关的Schmidl&Cox算法的同时,它对窄带干扰(NBI)具有鲁棒性,例如来自主用户(pu)的干扰。从本质上讲,该算法不需要知道NBI的任何参数。仿真结果证实了该方法在实际干扰情况下的有效性。
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