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Performance prediction using Kernel Canonical Correlation Analysis

机译:使用核规范相关分析的性能预测

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The paper deals with the problem of anticipating performance parameters for running SPARQL queries. Canonical correlation analysis (CCA) and its kernel variant (KCCA) identify and quantify the associations between two sets of variables. It maximizes the correlation between a linear combination of the variables in one set and a linear combination of the variables in the other set. It measures the strength of association between two sets of variables. The main aspect of this maximization problem is to keep a high dimensional relationship between two sets of variables into few pairs of canonical variables.
机译:本文讨论了预测运行SPARQL查询的性能参数的问题。典型相关分析(CCA)及其内核变体(KCCA)可以识别和量化两组变量之间的关联。它使一组中变量的线性组合与另一组中变量的线性组合之间的相关性最大化。它测量两组变量之间的关联强度。此最大化问题的主要方面是将两组变量之间的高维关系保持为几对规范变量。

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