International audienceFrequent pattern mining is an important data mining task with a broad range of applications. Initially focused on the discovery of frequent itemsets, studies were extended to mine structural forms like sequences, trees or graphs. In this paper, we introduce a new data mining method that consists in mining new kind of patterns in a collection of attributed trees (atrees). Attributed trees are trees in which vertices are associated with itemsets. Mining this type of patterns (called asubtrees), which combines tree mining and itemset mining, requires the exploration of a huge search space. We present several new algorithms for attributed trees mining and show that their implementations can efficiently list frequent patter...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...
International audienceFrequent pattern mining is an important data mining task with a broad range of...
International audienceFrequent pattern mining is an important data mining task with a broad range of...
Mining frequent subtrees from databases of labeled trees is a new research field that has many prac...
Mining frequent trees is very useful in domains like bioinformatics, Web mining, mining semistructur...
The most commonly adopted approach to find valuable information from trees data is to extract freque...
Mining frequent tree patterns has many applications in different areas such as XML data, bioinformat...
Employing Data mining techniques for structured data is particularly challenging, because it is comm...
Various definitions and frameworks for discovering frequent trees in forests have been developed rec...
Employing Data mining techniques for structured data is particularly challenging, because it is comm...
Employing Data mining techniques for structured data is particularly challenging, because it is comm...
Abstract. Mining frequent subtrees from databases of labeled trees is a new research field that has ...
In this Chapter we provide a survey of frequent pattern mining, a fundamental data mining task that ...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...
International audienceFrequent pattern mining is an important data mining task with a broad range of...
International audienceFrequent pattern mining is an important data mining task with a broad range of...
Mining frequent subtrees from databases of labeled trees is a new research field that has many prac...
Mining frequent trees is very useful in domains like bioinformatics, Web mining, mining semistructur...
The most commonly adopted approach to find valuable information from trees data is to extract freque...
Mining frequent tree patterns has many applications in different areas such as XML data, bioinformat...
Employing Data mining techniques for structured data is particularly challenging, because it is comm...
Various definitions and frameworks for discovering frequent trees in forests have been developed rec...
Employing Data mining techniques for structured data is particularly challenging, because it is comm...
Employing Data mining techniques for structured data is particularly challenging, because it is comm...
Abstract. Mining frequent subtrees from databases of labeled trees is a new research field that has ...
In this Chapter we provide a survey of frequent pattern mining, a fundamental data mining task that ...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...
Data that can conceptually be viewed as tree structures abounds in domains such as bio-informatics, ...