Multi-selfish attacks and detection in cognitive radio network using CRV

Djedanem Fidel Matibe, Aslam Durvesh, Krunal K Patel
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引用次数: 2

Abstract

Recent developments of the wireless communication technology lead to the problem of growing spectrum scarcity and spectrum shortage. Most of the frequency spectrum has already been licensed by the government agencies such as Federal Communications Commission (FCC). There exists a spectrum scarcity for new wireless applications and different services. Cognitive radio (CR) is used to solve the spectrum scarcity problem by utilizing the spectrum dynamically. Cognitive Radio can utilize the unused or free spectrum for the secondary usage without interfering a primary licensed user. The cognitive radio network is vulnerable to several harmful attacks launched intentionally or unintentionally. Because of different attacks, security in cognitive radio networks is still an open challenge. The main focus of this research paper is to detect selfish node in cognitive radio network. Here, a method which uses Credit Risk Value (CRV) is being proposed to identify the selfish users to improve the network performance.
认知无线网络中基于CRV的多重自利攻击及检测
近年来无线通信技术的发展导致了频谱稀缺和频谱短缺的问题日益严重。大多数频谱已经获得了联邦通信委员会(FCC)等政府机构的许可。新的无线应用和不同的服务存在频谱短缺。认知无线电(CR)通过动态利用频谱来解决频谱稀缺问题。认知无线电可以利用未使用的或空闲的频谱进行二次使用,而不会干扰主许可用户。认知无线网络容易受到有意或无意发起的几种有害攻击。由于各种攻击,认知无线网络的安全性仍然是一个开放的挑战。本文的研究重点是认知无线网络中自利节点的检测。本文提出了一种利用信用风险值(Credit Risk Value, CRV)识别自利用户的方法,以提高网络性能。
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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