Millions of chemical reactions are described in databases as transformations of molecular graphs. This thesis proposes different data-mining methods to extract relevant patterns included in those graphs and therefore to help chemists in improving knowledge about chemical reactions and molecules. One first shows how the central problem of searching frequent reaction patterns can be solved using existing graph-mining methods. Introducing the general model of most informative patterns then allows experts to reduce the analysis of these frequent patterns to a very small set of non-redundant patterns characteristic of data. If the application of this model to reaction database identifies large and characteristic families of reactions, the model ...
Chemistry today has to face a critical challenge, whose success necessitates high-performance comput...
Graph transformation systems have the potential to be realistic models of chemistry, provided a comp...
For the modelling of chemistry we use undirected, labelled graphs as explicit models of molecules an...
Millions of chemical reactions are described in databases as transformations of molecular graphs. Th...
Millions of chemical reactions are described in databases as transformations of molecular graphs. Th...
Des millions de réactions chimiques sont décrites dans des bases de données sous la forme de transfo...
Des millions de réactions chimiques sont décrites dans des bases de données sous la forme de transfo...
International audienceThe article introduces an original problem of knowledge discovery from chemica...
Un plan de synthèse est, pour une molécule donnée, une séquence de réactions permettant de la produi...
Les bases de données de réactions, outils indispensables pour les chimistes organiciens, ne sont pas...
Chemical reaction database, indispensable tools for synthetic chemists, are not free from flaws. In ...
Ce travail est consacré au développement de nouvelles méthodes de fouille de données dans le domaine...
Rapport interne.In this report, we present an experiment on knowledge discovery in chemical reaction...
This thesis deals with graph mining and proposes methods to discover contrasts between classes and a...
Colloque avec actes et comité de lecture. internationale.International audienceIn this paper, we pre...
Chemistry today has to face a critical challenge, whose success necessitates high-performance comput...
Graph transformation systems have the potential to be realistic models of chemistry, provided a comp...
For the modelling of chemistry we use undirected, labelled graphs as explicit models of molecules an...
Millions of chemical reactions are described in databases as transformations of molecular graphs. Th...
Millions of chemical reactions are described in databases as transformations of molecular graphs. Th...
Des millions de réactions chimiques sont décrites dans des bases de données sous la forme de transfo...
Des millions de réactions chimiques sont décrites dans des bases de données sous la forme de transfo...
International audienceThe article introduces an original problem of knowledge discovery from chemica...
Un plan de synthèse est, pour une molécule donnée, une séquence de réactions permettant de la produi...
Les bases de données de réactions, outils indispensables pour les chimistes organiciens, ne sont pas...
Chemical reaction database, indispensable tools for synthetic chemists, are not free from flaws. In ...
Ce travail est consacré au développement de nouvelles méthodes de fouille de données dans le domaine...
Rapport interne.In this report, we present an experiment on knowledge discovery in chemical reaction...
This thesis deals with graph mining and proposes methods to discover contrasts between classes and a...
Colloque avec actes et comité de lecture. internationale.International audienceIn this paper, we pre...
Chemistry today has to face a critical challenge, whose success necessitates high-performance comput...
Graph transformation systems have the potential to be realistic models of chemistry, provided a comp...
For the modelling of chemistry we use undirected, labelled graphs as explicit models of molecules an...