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A Multilayer Perceptron Neural Network-Based Spectrum Prediction Approach with Gray Decision

机译:基于多层的Perceptron神经网络频谱预测方法,具有灰色决定

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In cognitive radio networks (CRNs), spectrum prediction for inferring spectrum availability can help unlicensed users to discover spectrum holes earlier and to improve spectrum utilization more efficiently. Multilayer perceptron (MLP) neural network-based spectrum prediction model can identify the traffic characteristics of the spectrum only using the history data of the spectrum status. We investigate the statistic characteristics of the MLP neural network's outputs, propose the gray decision to improve the performance of the MLP-base spectrum predictor. We prove that the performance of MLP-base predictor with gray decision will be improved significantly when the spectrum status change frequently.
机译:在认知无线电网络(CRNS)中,用于推断频谱可用性的频谱预测可以帮助未经许可的用户更早地发现频谱孔并更有效地改善频谱利用率。 MultiDayer Perceptron(MLP)基于神经网络的频谱预测模型只能使用频谱状态的历史数据来识别光谱的流量特性。我们调查了MLP神经网络输出的统计特征,提出了提高MLP基础谱预测器的性能的灰色决定。我们证明,当频谱状态频繁变化时,将显着提高MLP基础预测器的表现。

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