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OPTIMIZATION OF NEURAL NETWORK'S TRAINING SETS VIA CLUSTERING: APPLICATION IN SOLAR COLLECTOR REPRESENTATION

机译:通过聚类优化神经网络训练集:太阳能收集器表示中的应用

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Due to the necessity of new ways of energy producing, solar collector systems have been widely used around the world. There are mathematical models that calculate the efficiency of those systems; however these models involve several parameters that may lead to nonlinear equations of the process. Artificial Neural Networks have been proposed in this work as an alternative of those models. However, a better modeling of the process by means of ANN depends on a representative training set; thus, in order to better define the training set, the clustering technique called k-means has been used in this work.
机译:由于新方法的必要性,太阳能收集器系统已广泛应用于全球。有数学模型计算这些系统的效率;然而,这些模型涉及几种可能导致该过程的非线性方程的参数。在这项工作中提出了人工神经网络作为这些模型的替代方案。但是,通过ANN更好地建模过程取决于代表培训集;因此,为了更好地定义训练集,在这项工作中已经使用了称为K-means的聚类技术。

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