'Maximal frequent itemsets' presentation slideshows

Association Analysis (2)

Association Analysis (2). C1. F1. Itemset. Itemset. Sup. count. {I1}. {I1}. 6. {I2}. {I2}. 7. {I3}. {I3}. 6. {I4}. {I4}. 2. {I5}. {I5}. 2. Example. Min_sup_count = 2. C2. Itemset. {I1,I2}. {I1,I3}. {I1,I4}. {I1,I5}. {I2,I3}. {I2,I4}. {I2,I5}. {I3,I4}. {I3,I5}.

422 views • 31 slides

Association Analysis (2)

Association Analysis (2). C1. F1. Itemset. Itemset. Sup. count. {I1}. {I1}. 6. {I2}. {I2}. 7. {I3}. {I3}. 6. {I4}. {I4}. 2. {I5}. {I5}. 2. Example. Min_sup_count = 2. C2. Itemset. {I1,I2}. {I1,I3}. {I1,I4}. {I1,I5}. {I2,I3}. {I2,I4}. {I2,I5}. {I3,I4}. {I3,I5}.

311 views • 31 slides

Association Analysis (2)

Association Analysis (2). C1. F1. Itemset. Itemset. Sup. count. {I1}. {I1}. 6. {I2}. {I2}. 7. {I3}. {I3}. 6. {I4}. {I4}. 2. {I5}. {I5}. 2. Example. Min_sup_count = 2. C2. Itemset. {I1,I2}. {I1,I3}. {I1,I4}. {I1,I5}. {I2,I3}. {I2,I4}. {I2,I5}. {I3,I4}. {I3,I5}.

316 views • 31 slides

Cartesian Contour: A Concise Representation for a Collection of Frequent Sets

Cartesian Contour: A Concise Representation for a Collection of Frequent Sets. Ruoming Jin Kent State University. Joint work with Yang Xiang and Lin Liu (KSU). Frequent Pattern Mining. Summarizing the underlying datasets, providing key insights Key building block for data mining toolbox

363 views • 30 slides

Online Mining (Recently) Maximal Frequent Itemsets over Data Streams

458 views • 21 slides

Pincer-Search: A New Algorithm for Discovering the Maximum Frequent Set Dao-I Lin and Zvi M. Kedem

Pincer-Search: A New Algorithm for Discovering the Maximum Frequent Set Dao-I Lin and Zvi M. Kedem. Title Name Department of Computer Science Courant Institute of Mathematical Sciences New York University http://www/?. Department of Computer Science Courant Institute of Mathematical Sciences

3.22k views • 20 slides

Parallel Mining of Maximal Frequent Itemsets form Databases

507 views • 12 slides