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An optimised neural network-based spectrum prediction scheme for cognitive radio

机译:基于优化的基于神经网络的认知无线电频谱预测方案

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摘要

A cognitive radio (CR) technology enables all the users to utilise spectrum without interference. There will be a spectrum sensing for all the non-authorised users to perceive the other possibilities of getting a channel. The traffic feature will be unknown to be a priori to design the spectrum predictor with the back propagation (BP) neural network (NN) model and the multi-layer perceptron (MLP).This work proposed an optimised neural network to obtain improved results. The BP algorithm will not require prior knowledge of the real world problems that are trapped within the local minima. This is used widely to solve the problems and found in literature as an evolutionary algorithm like the bacterial foraging optimisation algorithm (BFOA) used for the MLP NN for enhancing the process of learning and improving the rate of convergence as well as accuracy of classification. Performing this spectrum predictor will be analysed using some extensive simulations.
机译:认知无线电(CR)技术使所有用户都能不受干扰地利用频谱。所有非授权用户都将有频谱感知,以感知获得频道的其他可能性。利用反向传播(BP)神经网络(NN)模型和多层感知器(MLP)设计频谱预测器的先决条件是,流量特征将是未知的。这项工作提出了一种优化的神经网络以获得改进的结果。 BP算法将不需要事先了解局部极小值中所包含的现实世界问题。这被广泛用于解决问题,并且在文献中找到了一种进化算法,例如用于MLP NN的细菌觅食优化算法(BFOA),以增强学习过程并提高收敛速度和分类准确性。将使用一些广泛的仿真来分析执行此频谱预测器。

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