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A New Approach of Fuzzy Neural Networks in Monthly Forecast of Water Flow

机译:模糊神经网络在水流量月度预测中的新方法

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The water influences many areas of society. Energy production, own consumption, and irrigation make use of this resource. Within the electricity production context, the flow forecasting process of the rivers that feed the electricity generation plants is very important for the success of this type of generation. Historically, neural networks have been highlighted in this type of application, in particular, the Multilayer Perceptron. Fuzzy neural networks have also been used for the same purpose. Our goal in this paper is to propose the hybridization of a fuzzy neural network that makes use of Multilayer Perceptron architecture with the Least Squares Method, to the improvement the process of monthly forecast of water flow. The neuro fuzzy network is compared to a Multilayer Perceptron network Classic through experiments and statistical tests. The results showed improvements in predictive process in most cases, suggesting that the new approach has significant potential application.
机译:水影响着社会的许多领域。能源生产,自用和灌溉都利用了这种资源。在电力生产的背景下,为发电厂供电的河流的流量预测过程对于此类发电的成功非常重要。从历史上看,神经网络已在这种类型的应用程序中得到强调,特别是多层感知器。模糊神经网络也已经用于相同的目的。我们的目标是提出一种将多层感知器结构与最小二乘方法相结合的模糊神经网络,以改进水流量的月度预测过程。通过实验和统计测试,将神经模糊网络与经典的多层感知器网络进行比较。结果表明,在大多数情况下,预测过程得到了改善,这表明新方法具有巨大的潜在应用潜力。

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