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Development of artificial neural network models to predict dailygas consumption

机译:人工神经网络模型的开发以每日预测耗气量

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The development of feedforward artificial neural network (ANN)models to predict daily gas consumption is the subject of this paper. Amethodology based on network sensitivities and intuition is discussed.The methodology is applied to two regions in Wisconsin served by theWisconsin Gas Company (WGC). Training results show that ANN modelsreduce prediction root mean squared errors by more than half whencompared with linear regression models. The ANN predictions are comparedwith predictions made by WGC gas controllers for the first 97 days ofthe 1994-1995 heating season. The ANN prediction errors are 82.2% and69.7% of the WGC estimate errors for the two regions
机译:前馈人工神经网络(ANN)的发展 预测每日用气量的模型是本文的主题。一种 讨论了基于网络敏感性和直觉的方法论。 该方法适用于威斯康星州的两个地区,由 威斯康星州天然气公司(WGC)。训练结果表明神经网络模型 在以下情况下,将预测均方根误差减少一半以上 与线性回归模型相比。比较了ANN的预测 根据WGC气体管制员在2005年的前97天所做的预测 1994-1995年的供暖季节。 ANN预测误差为82.2%, WGC对这两个地区的估计误差为69.7%

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