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Ensemble Radical Basis Function Neural Networks for Regression Based on Statistical Learning Theory

机译:基于统计学习理论的基于统计学习理论的回归基础函数网络

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We proposed an algorithm to construct ensemble radical basis function neural networks for regression estimation. Taking full advantage of the characteristic of radial basis function, we calculated groups of approximate basis in Reproducing Kernel Hilbert Space (RKHS). The approximate basis could be used to represent all the samples by the way of linear combination. By this way, the weak learners of radial basis function neural network were built. But it was proved that the weak learners were not accurate enough. In order to get accurate and stable learning machine with better generalization ability, we proposed the Ensemble Radical Basis Function Neural Networks (ERBFNNs). Employing the sinc function, the proposed ERBFNNs have shown exciting outcomes as have come out at the end of the paper.
机译:我们提出了一种算法来构建集合自由基基函数神经网络,用于回归估计。充分利用径向基函数的特征,我们计算了再现核Hilbert空间(RKHS)的近似基础。近似基础可用于通过线性组合方式表示所有样本。通过这种方式,建立了径向基函数神经网络的弱学习者。但事实证明,弱势学习者不够准确。为了获得具有更好的泛化能力的准确和稳定的学习机,我们提出了集合根本基础函数神经网络(ERBFNNS)。雇用慈善功能,拟议的erbfnns已经表明令人兴奋的结果,正如在纸张尽头出来的那样。

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