Coal Moisture Intelligent Modeling and Optimization Based on Resampling by Half-Mean

Xiaoli Li, Minglin Jin, Xiaobin Li, Jianhua Wang
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引用次数: 0

Abstract

Coal moisture automatic online control has important practical significance on the actual production, which is realized by analyzing and modelling the existing coal moisture control system. In this research, experimental training data are used RHM (Resembling by Half-Mean) to exclude abnormal values. The study adopts RBF (Radical Basis Function) neural network for coal moisture control system to model, then PSO (Particle Swarm Optimization) algorithm is applied to RBF model parameter identification and optimization. The rolling optimization in this algorithm can modify target function, and improve the accuracy of model prediction. Experimental results show that the model based on the method of PSO-RBF using RHM is obviously better than the one which do not. When the model is applied to coal moisture control system, it could enhance the accuracy of the forecasts and the model significantly.
基于半均值重采样的煤水分智能建模与优化
煤水分自动在线控制在实际生产中具有重要的现实意义,通过对现有煤水分控制系统的分析和建模来实现。在本研究中,实验训练数据使用RHM (similar by Half-Mean)来排除异常值。本研究采用RBF (Radical Basis Function)神经网络对煤控湿系统进行建模,然后将PSO (Particle Swarm Optimization)算法应用于RBF模型参数辨识与优化。该算法中的滚动优化可以修正目标函数,提高模型预测的精度。实验结果表明,基于rbm的PSO-RBF方法的模型明显优于不使用rbm的模型。将该模型应用于煤含水率控制系统,可显著提高预测精度和模型精度。
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