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Prototype Learning with Attributed Relational Graphs

机译:带有属性关系图的原型学习

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摘要

An algorithm for learning structural patterns given in terms of Attributed Relational Graphs (ARG's) is presented. The algorithm, based on inductive learning methodologies, produces general and coherent prototypes in terms of Generalized Attributed Relational Graphs (GARG's), which can be easily interpreted and manipulated. The learning process is defined in terms of inference operations especially devised for ARG's, as graph generalization and graph specialization, making so possible the reduction of both the computational cost and the memory requirement of the learning process. Experimental results are presented and discussed with reference to a structural method for recognizing characters extracted from ETL database.
机译:提出了一种用于学习根据属性关系图(ARG)给出的结构模式的算法。该算法基于归纳学习方法,根据广义属性关系图(GARG)生成了通用且连贯的原型,可以轻松地对其进行解释和操作。学习过程是根据专门为ARG设计的推理操作来定义的,如图概括和图特化,从而有可能降低学习过程的计算成本和内存需求。提出并讨论了实验结果,并参考了一种识别从ETL数据库提取的字符的结构方法。

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