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Prediction of Municipal Solid Waste Generation by Use of Combination of Artificial Neural Network and Principal Component Analysis

机译:人工神经网络与主成分分析相结合的城市生活垃圾产生量预测

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Accurate prediction of quantity of municipal solid waste (MSW) is crucial for designing andprogramming MSW management systems. But predicting the amount of generated waste is adifficult task because various parameters affect it and also its fluctuation is high. In this study,an appropriate model was proposed using feed forward artificial neural network (ANN) forpredicting the weight of waste generation in Mashhad. In addition, since there were manyvariables in this research as inputs to ANN model, principal component analysis (PCA)technique was used to reduce the number of inputs for ANN model (PCA-ANN). The PCAwas reduced the input variables from 13 to 8. Then the ANN model with 8 input variableswas developed. Finally, ANN and PCA-ANN models were compared with each other whichresulted in improving through preprocessing on input variables. Furthermore, PCA-ANN wasthe superior model because it possessed a faster training speed and a more satisfactorypredicting performance.
机译:准确预测城市固体废物(MSW)的数量对于设计和 编程MSW管理系统。但是预测产生的废物量是一个 这是一项艰巨的任务,因为各种参数都会影响它,而且波动也会很大。在这项研究中, 使用前馈人工神经网络(ANN)提出了一个合适的模型。 预测马什哈德(Mashhad)废物产生的重量。另外,因为有很多 本研究中的变量作为ANN模型,主成分分析(PCA)的输入 技术被用于减少ANN模型(PCA-ANN)的输入数量。 PCA 将输入变量从13减少到8。然后具有8个输入变量的ANN模型 发展了。最后,将ANN和PCA-ANN模型相互比较, 通过对输入变量进行预处理改善了结果。此外,PCA-ANN是 卓越的模型,因为它具有更快的训练速度和更令人满意的效果 预测效果。

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