Fast mining of global maximum frequent itemsets in distributed database
Bo He
Abstract
Bo He
Abstract
The paper proposes an algorithm for fast mining global maximum frequent itemsets(FMMFI) in distributed database,which sets center node.FMMFI algorithm makes computer nodes compute local maximum frequent itemsets independently with discover maximum frequent itemsets algorithm(DMFIA) algorithm and local FP-tree.Then the center node collects data with other computer nodes and combines data.Finally,global maximum frequent itemsets are gained. FMMFI require far less candidate itemsets and communication traffic by using the strategy of top-down.Theoretical analysis and experimental results show the effectiveness of the FMMFI algorithm.
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The paper proposes an algorithm for fast mining global maximum frequent itemsets(FMMFI) in distributed database,which sets center node.FMMFI algorithm makes computer nodes compute local maximum frequent itemsets independently with discover maximum frequent itemsets algorithm(DMFIA) algorithm and local FP-tree.Then the center node collects data with other computer nodes and combines data.Finally,global maximum frequent itemsets are gained. FMMFI require far less candidate itemsets and communication traffic by using the strategy of top-down.Theoretical analysis and experimental results show the effectiveness of the FMMFI algorithm.
Key concepts: Data mining, Node (physics), Computer science, Center (category theory), Tree (set theory), Distributed database, Algorithm, Database