%0 Journal Article %1 SimonAndrews_2011 %A Andrews, Simon %D 2011 %K imported %T In-Close2, a High Performance Formal Concept Miner %X Subject This paper presents a program, called In-Close2, that is a high performance realisation of the Close-by-One (CbO) algorithm. The design of In-Close2 is discussed and some new optimisation and data preprocessing techniques are presented. The performance of In-Close2 is favourably compared with another contemporary CbO variant called FCbO. An application of In-Close2 is given, using minimum support to reduce the size and complexity of a large formal context. Based on this application, an analysis of gene expression data is presented. In-Close2 can be downloaded from Sourceforge1

@article{SimonAndrews_2011, abstract = {Subject This paper presents a program, called In-Close2, that is a high performance realisation of the Close-by-One (CbO) algorithm. The design of In-Close2 is discussed and some new optimisation and data preprocessing techniques are presented. The performance of In-Close2 is favourably compared with another contemporary CbO variant called FCbO. An application of In-Close2 is given, using minimum support to reduce the size and complexity of a large formal context. Based on this application, an analysis of gene expression data is presented. In-Close2 can be downloaded from Sourceforge1}, added-at = {2013-08-04T13:35:40.000+0200}, author = {Andrews, Simon}, biburl = {https://www.bibsonomy.org/bibtex/2a64cb13d31903ebed400b910aac30852/francesco.k}, interhash = {ee6ca77f07b254cd8a897abf38a6c287}, intrahash = {a64cb13d31903ebed400b910aac30852}, keywords = {imported}, timestamp = {2013-08-04T14:07:30.000+0200}, title = {In-Close2, a High Performance Formal Concept Miner}, urldate = {15.07.2012}, year = 2011 }