An algorithm for mining maximum frequent itemsets based on FP-tree
Sun Yu-tao
Abstract
Sun Yu-tao
Abstract
Mining maximum frequent itemsets is a key problem in many data mining applications. In order to overcome the drawbacks in previous maximum itemsets algorithm based on Apriori, a lot of approaches for mining maximum frequent itemsets were proposed, which include much more algorithm for mining maximum frequent itemsets based on FP-Tree, but few focus on frequent count of node in FP-Tree. A algorithm——USDMFIA (using set to mining maximum frequent itemsets algorithm )for mining maximum frequent itemsets based on frequent count of node and set theory through analyzing FP-Tree structure is proposed. A comparative and analysis to previous methods show that the algorithm is efficient.
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Mining maximum frequent itemsets is a key problem in many data mining applications. In order to overcome the drawbacks in previous maximum itemsets algorithm based on Apriori, a lot of approaches for mining maximum frequent itemsets were proposed, which include much more algorithm for mining maximum frequent itemsets based on FP-Tree, but few focus on frequent count of node in FP-Tree. A algorithm——USDMFIA (using set to mining maximum frequent itemsets algorithm )for mining maximum frequent itemsets based on frequent count of node and set theory through analyzing FP-Tree structure is proposed. A comparative and analysis to previous methods show that the algorithm is efficient.
Key concepts: Data mining, Computer science, Node (physics), Apriori algorithm, Association rule learning, Tree (set theory), Set (abstract data type), Algorithm