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Multivariate adaptive regression (MARS) and hinged hyperplanes (HHP) for doweled pavement performance modeling

机译:多元自适应回归(MARS)和铰接超平面(HHP)用于销钉路面性能建模

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Standard neural networks in infrastructure performance modeling cannot handle discontinuities in the input training data set, and the performance can in some cases be an issue in the presence of higher frequency and higher order non linearity in pavement condition, traffic and other environmental data. This makes the traditional neural network more of a "black box" with limited physical explanation of the results. This paper is a comparative analysis between multivariate adaptive regression and hinged hyperplanes for doweled pavement performance modeling.
机译:基础设施性能建模中的标准神经网络无法处理输入训练数据集中的不连续性,并且在某些情况下,在路面状况,交通和其他环境数据中存在更高频率和更高阶非线性的情况下,性能可能会成为问题。这使得传统的神经网络更像是“黑匣子”,对结果的物理解释有限。本文是针对榫式路面性能建模的多元自适应回归和铰链超平面之间的比较分析。

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