Fast algorithm for mining global maximum frequent itemsets based on FP-tree
Bo He
Abstract
Bo He
Abstract
Most mining maximum frequent itemsets algorithm based on local data base,so a fast algorithm for Mining Global Maximum Frequent Itemsets based on Frequent pattern tree(MGMFIF) was proposed.MGMFIF mined all global frequent items and made itemset,then local Frequent-Pattern tree(FP-tree) of each node was constructed based on this itemset.Finally,this itemset was chose as global maximum frequent itemsets,and all the global maximum frequent itemsets were obtained by top-down strategy.By adopting FP-tree structure,MGMFIF greatly reduced database scanning times and runtime comparing to Apriori-like algorithms.MGMFIF remarkably lessened candidate itemsets and communication traffic by using top-down strategy.Experimental results suggested that MGMFIF was fast and effective.
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Most mining maximum frequent itemsets algorithm based on local data base,so a fast algorithm for Mining Global Maximum Frequent Itemsets based on Frequent pattern tree(MGMFIF) was proposed.MGMFIF mined all global frequent items and made itemset,then local Frequent-Pattern tree(FP-tree) of each node was constructed based on this itemset.Finally,this itemset was chose as global maximum frequent itemsets,and all the global maximum frequent itemsets were obtained by top-down strategy.By adopting FP-tree structure,MGMFIF greatly reduced database scanning times and runtime comparing to Apriori-like algorithms.MGMFIF remarkably lessened candidate itemsets and communication traffic by using top-down strategy.Experimental results suggested that MGMFIF was fast and effective.
Key concepts: Data mining, Tree (set theory), Node (physics), Computer science, Apriori algorithm, Algorithm, A priori and a posteriori, Association rule learning