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Detection of the Spectrum Hole from N-number of Primary Users Using the Gencluster Algorithm

机译:使用Gencluster算法检测来自N个主用户的频谱孔

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A hybrid form of the genetic algorithm and the modified K-Means cluster algorithm forms as a Gencluster to detect a spectrum hole among n-number of primary users (PUs) is present in the cooperative spectrum sensing model. The fusion center (FC), applies the genetic algorithm to identify the best chromosome, which contains many PUs cluster centers and by applying the modified K-Means cluster algorithm identifies the cluster with the PU vacant spectrum showing high accuracy, and maximum probability of detection with minimum false alarm rates are achieved. The graphical representation of the performance metric of the system model shows 95% accuracy with 98.63% detection probability and 1.36% false alarm probability.
机译:在协作频谱感测模型中存在一种遗传算法的混合形式和修改的K-MEARE算法作为Gencluster以检测N个主用户(PU)中的频谱孔的Gencluster。融合中心(FC)应用遗传算法来识别最佳染色体,其中包含许多PUS群集中心,并应用修改后的K-Means Cluster算法将集群识别出高精度,最大的检测概率和最大的检测概率实现最小误报率。系统模型性能度量的图形表示显示了95%的精度,检测概率为98.63%和1.36%的误报概率。

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