Modeling study of sludge process based on neural network

Ying Yu, Junfei Qiao, Xudong Ye
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Abstract

On the basis of analyzing the classical methods of sludge process modeling, the paper put forward a new method about activated sludge process by neural networks. Firstly, the paper utilized principal component analysis method to realize reduce the dimension of the input vectors and orthogonalize the components of the input vectors. Then built activated sludge process system by BP and RBF artificial neural networks, the applicability of the two neural network models were analyzed to sludge process. The experiment result shows that: (1) these neural networks may reflect real conditions correctly and have strong self-adaptation; (2) the RBF neural network model has better convergence ability and impending speed than the BP neural network model.
基于神经网络的污泥过程建模研究
在分析传统污泥过程建模方法的基础上,提出了一种基于神经网络的活性污泥过程建模新方法。首先,利用主成分分析法实现了输入向量的降维和输入向量分量的正交化;然后采用BP和RBF人工神经网络构建活性污泥处理系统,分析了两种神经网络模型在污泥处理中的适用性。实验结果表明:(1)这些神经网络能较好地反映实际情况,具有较强的自适应能力;(2) RBF神经网络模型比BP神经网络模型具有更好的收敛能力和逼近速度。
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