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首页> 外文期刊>International Journal of Quantum Chemistry >EVALUATING THE PERFORMANCE OF CORRELATED METHODS IN MOLECULAR PROPERTY CALCULATIONS - PATTERN RECOGNITION AND CLUSTERING IN SPACES OF THEORETICAL DESCRIPTIONS
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EVALUATING THE PERFORMANCE OF CORRELATED METHODS IN MOLECULAR PROPERTY CALCULATIONS - PATTERN RECOGNITION AND CLUSTERING IN SPACES OF THEORETICAL DESCRIPTIONS

机译:在分子性能计算中评估相关方法的性能-理论描述空间中的模式识别和聚类

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摘要

A rigorous approach to the evaluation of the performance of correlated methods in molecular property calculations is proposed. Theoretical descriptions of molecules are identified as collections of molecular property values. Distance functions are then defined in the space of theoretical descriptions and the metric properties are used to define proximity and similarity between theoretical descriptions. Graph theoretic arguments and pattern recognition techniques are used to study ordering, classification, self-organization, and clustering in the space of theoretical descriptions. (C) 1995 John Wiley and Sons, Inc. [References: 28]
机译:提出了一种严格的方法来评估分子性能计算中相关方法的性能。分子的理论描述被识别为分子特性值的集合。然后,在理论描述的空间中定义距离函数,并使用度量属性定义理论描述之间的接近度和相似性。图形理论论证和模式识别技术用于在理论描述空间内研究排序,分类,自组织和聚类。 (C)1995 John Wiley and Sons,Inc. [参考:28]

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