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Une collection de plus de 4000 documents référencés, une quarantaine de périodiques généralistes et spécialisés, ainsi que de la documentation numérique.

 

Dernières acquisitions du centre de documentation

Ajouté le 22/09/2017

vignetteInstabilités hydrodynamiques et turbulence [ouvrage] / Malek Abid, Auteur ; Fabien Anselmet, Auteur ; Christian Kharif, Auteur . - Toulouse : Cepaduès-Editions, DL 2017 . - 1 vol.

Ajouté le 29/08/2017

est un bulletin de Pour la science
474 - Guerre de Troie : Le mythe à l'épreuve de l'archéologie [ouvrage] . - 2017.Langues : Français

Ajouté le 17/07/2017

est un bulletin de Pour la science
475 - Trous noirs intriqués : Une porte vers l'espace-temps quantique [ouvrage] . - 2017.Langues : Français

Derniers dépôts dans l'archive ouverte HAL

Ajouté le 19/10/2017

The characterization and estimation of the Holder regularity of random fields has long been an important topic of Probability theory and Statistics. This notion of regularity has also been widely used in Image Analysis to measure the roughness of textures. However, such a measure is often not sufficient to characterize textures as it does account for their directional properties (e.g. isotropy and anisotropy).

Ajouté le 17/10/2017

We study optimal contracts in a regulator-agent setting with joint production, altruistic and selfish agents, and uneasy outcome measurement. Such a setting represents sectors of activities such as education and health care provision. The agents and the regulator jointly produce an outcome for which they all care to some extent that is varying from agent to agent. Some agents, the altruistic ones, care more than the regulator does while others, the selfish agents, care less.

Ajouté le 17/10/2017

Errors in biomechanics simulations arise from modeling and discretization. Modeling errors are due to the choice of the mathematical model whilst discretization errors measure the impact of the choice of the numerical method on the accuracy of the approximated solution to this specific mathematical model.