AbstractAn incremental algorithm to construct a lattice from a collection of sets is derived, refined, analyzed, and related to a similar previously published algorithm for constructing concept lattices. The lattice constructed by the algorithm is the one obtained by closing the collection of sets with respect to set intersection. The analysis explains the empirical efficiency of the related concept lattice construction algorithm that had been observed in previous studies. The derivation highlights the effectiveness of a correctness-by-construction approach to algorithm development
Concept lattices are indeed lattices. In this paper, we present a new relationship between lattices ...
Draft and proof of an algorithm computing incremental changes within a labeled layouted concept latt...
"Natural extension of arithmetic algorithms and S-adic system". July 20~24, 2015. edited by Shigeki ...
AbstractAn incremental algorithm to construct a lattice from a collection of sets is derived, refine...
Formal concept analysis has proven to be a very effective method for data analysis and rule extracti...
Where posets are used to represent taxonomies, concept lattices, or information ordered databases th...
Lattices are mathematical structures with many applications in computer science; among these, we are...
Abstract With the expansion of the research field, the research object of some original seemingly un...
International audienceGenerating concepts defined by a binary relation between a set P of properties...
AbstractConcept lattices (also called Galois lattices) are an ordering of the maximal rectangles def...
AbstractThis paper describes a concept formation approach to the discovery of new concepts and impli...
This paper presents a simple, efficient algorithm to compute the covering graph of the lattice gener...
Automated and semi-automated systems that derive actionable information from massive, heterogeneous ...
The discovery of frequent sequential patterns in an ordered collection of data, such as sequential...
In this paper we revisit the foundations of formal concept analysis for ordered contexts of [4]. Fro...
Concept lattices are indeed lattices. In this paper, we present a new relationship between lattices ...
Draft and proof of an algorithm computing incremental changes within a labeled layouted concept latt...
"Natural extension of arithmetic algorithms and S-adic system". July 20~24, 2015. edited by Shigeki ...
AbstractAn incremental algorithm to construct a lattice from a collection of sets is derived, refine...
Formal concept analysis has proven to be a very effective method for data analysis and rule extracti...
Where posets are used to represent taxonomies, concept lattices, or information ordered databases th...
Lattices are mathematical structures with many applications in computer science; among these, we are...
Abstract With the expansion of the research field, the research object of some original seemingly un...
International audienceGenerating concepts defined by a binary relation between a set P of properties...
AbstractConcept lattices (also called Galois lattices) are an ordering of the maximal rectangles def...
AbstractThis paper describes a concept formation approach to the discovery of new concepts and impli...
This paper presents a simple, efficient algorithm to compute the covering graph of the lattice gener...
Automated and semi-automated systems that derive actionable information from massive, heterogeneous ...
The discovery of frequent sequential patterns in an ordered collection of data, such as sequential...
In this paper we revisit the foundations of formal concept analysis for ordered contexts of [4]. Fro...
Concept lattices are indeed lattices. In this paper, we present a new relationship between lattices ...
Draft and proof of an algorithm computing incremental changes within a labeled layouted concept latt...
"Natural extension of arithmetic algorithms and S-adic system". July 20~24, 2015. edited by Shigeki ...