FVTreeMiner：无序频繁子树挖掘算法 关键词：无序树；标准型式；频繁子树 [gap=1019]Keywords：unorderedtree；canonical~omas；frequent subtree
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Maximal frequent subtree 最大频繁子树
frequent subtree mining 频繁子树挖掘
Research on Frequent Subtree Mining 频繁子树挖掘研究
frequent Induced subtree 频繁Induced子树
Frequent embedded subtree 频繁嵌入式子树
closed frequent induced subtree 闭合频繁Induced子树
the maximal frequent induced subtree 最大频繁induced子树
Frequent substructure explore the intrinsic characteristics of the data and are relatively stable to database updates. Discriminative, frequent subtree_based indexing can improve dramatically the performance of subtree search.
频繁子结构能揭示数据的内在特性,对于数据库修改也很稳定,用有判别力的频繁子树为树数据库构造索引,能显著地提高子树查询的性能。
参考来源 - 挖掘序列模式和结构化模式的精简集·2,447,543篇论文数据，部分数据来源于NoteExpress
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