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Identification of Tones with Noises by Artificial Intelligence

机译:通过人工智能识别色调

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The paper presents the results of the application of artificial backpropagation neural networks in identification of signal frequency tones with different RMS noise level. The Levenberg-Marquardt (LM) and Scaled Conjugate Gradient (SCG) training algorithms were applied in the processes of neural synthesis. Three-layer with 35 hidden neurons and four-layer architectures with 22 in the first and 11 neurons in the second hidden layer in hyperbolic tangent transfer functions with accuracies 96.00% and 98.00% in LM were selected. For SCG with softmax output activation function a neural network with the best accuracy 94.3% in 29 hidden neurons was synthesized.
机译:本文介绍了人工反向神经网络在识别具有不同RMS噪声水平的信号频率音调中的应用结果。在神经合成过程中应用Levenberg-Marquardt(LM)和缩放的共轭梯度(SCG)训练算法。具有35个隐形神经元的三层和32层,在第二隐藏层中的第一个和11个神经元中的四层架构,在双曲线切线转移函数中,选择了96.00%和98.00%的LM。对于SCG的SCG输出激活功能,合成了具有最佳精度最佳精度的神经网络,合成了94.3%的29个隐藏神经元。

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