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Neural identification of compaction characteristics for granular soils

机译:粒状土压实特性的神经识别

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The paper is a continuation of [9], where new experimental data were analysed. The Multi-Layered Percep-tron and Semi-Bayesian Neural Networks were used. The Bayesian methods were applied in Semi-Bayesian NNs to the design and learning of the networks. Advantages of the application of the PrincipalComponent Analysis are also discussed. Two compaction characteristics, i.e. Optimum Water Content and Maximum Dry Density of granular soils were identified. Moreover, two different networks with two and single outputs, corresponding to the compaction characteristics, are analysed.
机译:本文是[9]的续篇,其中分析了新的实验数据。使用了多层Perceptron和半贝叶斯神经网络。贝叶斯方法已在半贝叶斯神经网络中应用于网络的设计和学习。还讨论了应用主成分分析的优势。确定了两个压实特性,即颗粒土壤的最佳含水量和最大干密度。而且,分析了与压实特性相对应的具有两个和单个输出的两个不同的网络。

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