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Towards Relevance Dendritic Computing

机译:走向相关树突计算

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Dendritic Computing (DC) is lattice computing approach to classifier building that uses only additive and lattice operators. Constructive algorithms that provide perfect fitting for arbitrary training data have been provided, however they do not avoid overfitting. In this paper we propose to embed the DC in the sparse bayesian learning framework in order to improve the generalization of DC classifiers. The proposed Relevance DC searches for relevant dendritic structures in a Bayesian framework. This paper provides results of some computational experiments comparing Relevance DC with Relevance Vector Machines (RVM) where RDC provides comparable results with much more parsimonious models.
机译:树状计算(DC)是仅用于加法运算符和晶格运算符的用于分类器构建的晶格计算方法。已经提供了为任意训练数据提供完美拟合的构造算法,但是它们不能避免过度拟合。在本文中,我们建议将DC嵌入稀疏贝叶斯学习框架中,以提高DC分类器的泛化能力。拟议的相关性DC在贝叶斯框架中搜索相关的树突结构。本文提供了一些计算实验的结果,这些计算实验将相关DC与相关矢量机(RVM)进行了比较,其中RDC通过更简化的模型提供了可比的结果。

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