Cooperative Spectrum Sensing and Hard Decision Rules for Cognitive Radio Network

Gerges M. Salama, Sarah A. Taha
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引用次数: 12

Abstract

Cognitive radio is development of wireless communication and mobile computing. Spectrum is a limited source. The licensed spectrum is proposed to be used only by the spectrum owners. Cognitive radio is a new view of the recycle licensed spectrum in an unlicensed manner. The main condition of the cognitive radio network is sensing the spectrum hole. Cognitive radio can be detect unused spectrum. It shares this with no interference to the licensed spectrum. It can be a sense signals. It makes viable communication in the middle of multiple users through co-operation in a self-organized manner. The energy detector method is unseen signal detector because it reject the data of the signal.In this paper, has implemented Simulink Energy Detection of spectrum sensing cognitive radio in a MATLAB Simulink to Exploit spectrum holes and avoid damaging interference to licensed spectrum and unlicensed spectrum. The hidden primary user problem will happened because fading or shadowing. Ithappens when cognitive radio could not be detected by primer users because of its location. Cooperative sensing spectrum sensing is the best-proposed method to solve the hidden problem.
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认知无线电网络协同频谱感知与硬决策规则
认知无线电是无线通信和移动计算的发展。频谱是有限的资源。建议授权频谱只供频谱拥有者使用。认知无线电是一种以非许可方式回收许可频谱的新观点。认知无线网络的主要条件是感知频谱空洞。认知无线电可以检测到未使用的频谱。它共享这一点,而不会对许可频谱产生干扰。它可以是一种感官信号。它通过以自组织的方式进行合作,在多个用户之间进行可行的通信。能量检测器方法对信号的数据进行拒绝处理,是一种隐性信号检测器。本文在MATLAB Simulink中实现了频谱感知认知无线电的Simulink能量检测,利用频谱漏洞,避免对授权频谱和非授权频谱的破坏性干扰。隐藏的主用户问题会因为衰落或阴影而发生。当认知无线电由于其位置而无法被初级使用者检测到时,就会发生这种情况。协同感知频谱感知是解决隐性问题的最佳方法。
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