Refereed full papers (journals, book chapters, international conferences)

2001

@inproceedings{DCC2001,
	vgclass =	{refpap},
	author =	{Vincent Duquenne and Caroline Chabert and Am\'{e}ziane
	Cherfouh and Jean-Maurice Delabar and Anne-Lise Doyen and Douglas
	Pickering},
	title =	{Structuration of Phenotypes / Genotypes through {G}alois
	Lattices and Implications},
	booktitle =	{Proceedings of the 2001 International Workshop on
Concept Lattice-based theory, methods and tools for
Knowledge Discovery in Databases},
	address =	{Stanford University, CA, USA},
	month =	{July~30},
	year =	{2001},
	url =	{http://www.lattices.org/Doc/paper2_duquenne.pdf},
	abstract =	{The Galois Lattice of a binary relation formalizes it as a
	concept system, dually ordered in ``extension'' / ``intension''. All
	implications between conjunctions of properties holding in it are
	summarized by a (recursive) canonical basis--all basis having the same
	cardinality (see [MR \#87k:08009]). We report here how these tools
	structure phenotypes / genotypes in behavior genetics. On a generic
	viewpoint, both situations comprise two binary data sets that are
	paired through either a column or a row matching, which raises specific
	questions. If the data are small, as compared with data bases in
	bioinformatics, this illustrates how these abstract tools can unfold
	and better interpretations.},
}