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Information theoretic analysis for input vector selection in black box modeling

机译:黑匣子建模中输入向量选择的信息理论分析

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When developing a black box model, the precise functional relationship between inputs and output is unknown. Engineers and scientists have turned to various regression tools in order to effectively capture the relationship based on past data observations. When modeling this data, however, it is important to only use inputs that provide information about the output. This paper presents a method of selecting the most informational input vectors for use in regression model building. This information-theoretic analysis for input vector selection requires only past data observations. Experimental results show that models built on the most informational input vectors produce less mean squared error on both training and validation data sets.
机译:在开发黑匣子模型时,输入和输出之间的精确功能关系是未知的。工程师和科学家已经转向各种回归工具,以便基于过去的数据观察有效捕捉关系。但是,在建模此数据时,只需使用提供有关输出信息的输入非常重要。本文介绍了选择用于回归模型建筑物的最具信息性输入矢量的方法。输入向量选择的该信息 - 理论分析仅需要超过数据观察。实验结果表明,建立在最信息输入向量上的模型在训练和验证数据集上产生了不太平均的平方误差。

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