International audienceWe explore the possibility of extending Mardare et al.’s quantitative algebras to the structures which naturally emerge from Combinatory Logic and the λ-calculus. First of all, we show that the framework is indeed applicable to those structures, and give soundness and completeness results. Then, we prove some negative results clearly delineating to which extent categories of metric spaces can be models of such theories. We conclude by giving several examples of non-trivial higher-order quantitative algebras
International audienceProgram semantics is traditionally concerned with program equivalence. However...
Part 1: Invited ContributionsInternational audienceA few forms of bisimulation and of coinductive te...
Quantitative algebras are algebras enriched in the category Met of metric spaces or UMet of ultramet...
International audienceWe explore the possibility of extending Mardare et al.’s quantitative algebras...
We explore the possibility of extending Mardare et al.’s quantitative algebras to the structures whi...
We explore the possibility of extending Mardare et al.’s quantitative algebras to the structures whi...
We explore the possibility of extending Mardare et al.’s quantitative algebras to the structures whi...
We present a generalisation of the theory of quantitative algebras of Mardare, Panangaden and Plotki...
This dissertation investigates notions of program equivalence and metric for higher-order sequential...
We develop a quantitative analogue of equational reasoning which we call quantitative algebra. We de...
We develop a quantitative analogue of equational reasoning which we call quantitative algebra. We de...
We develop a quantitative analogue of equational reasoning which we call quantitative algebra. We de...
International audienceThis paper studies quantitative refinements of Abramsky's applica-tive similar...
International audienceThis paper studies quantitative refinements of Abramsky's applica-tive similar...
Quantitative algebras are $\Sigma$-algebras acting on metric spaces, where operations are nonexpandi...
International audienceProgram semantics is traditionally concerned with program equivalence. However...
Part 1: Invited ContributionsInternational audienceA few forms of bisimulation and of coinductive te...
Quantitative algebras are algebras enriched in the category Met of metric spaces or UMet of ultramet...
International audienceWe explore the possibility of extending Mardare et al.’s quantitative algebras...
We explore the possibility of extending Mardare et al.’s quantitative algebras to the structures whi...
We explore the possibility of extending Mardare et al.’s quantitative algebras to the structures whi...
We explore the possibility of extending Mardare et al.’s quantitative algebras to the structures whi...
We present a generalisation of the theory of quantitative algebras of Mardare, Panangaden and Plotki...
This dissertation investigates notions of program equivalence and metric for higher-order sequential...
We develop a quantitative analogue of equational reasoning which we call quantitative algebra. We de...
We develop a quantitative analogue of equational reasoning which we call quantitative algebra. We de...
We develop a quantitative analogue of equational reasoning which we call quantitative algebra. We de...
International audienceThis paper studies quantitative refinements of Abramsky's applica-tive similar...
International audienceThis paper studies quantitative refinements of Abramsky's applica-tive similar...
Quantitative algebras are $\Sigma$-algebras acting on metric spaces, where operations are nonexpandi...
International audienceProgram semantics is traditionally concerned with program equivalence. However...
Part 1: Invited ContributionsInternational audienceA few forms of bisimulation and of coinductive te...
Quantitative algebras are algebras enriched in the category Met of metric spaces or UMet of ultramet...