International audienceCombining probabilistic choice and non-determinism is a long standing problem in denotational semantics. From a category theory perspective, the problem stems from the absence of a distributive law of the powerset monad over the distribution monad. In this paper we prove the existence of a weak distributive law of the powerset monad over the finite distribution monad. As a consequence, we retrieve the well-known convex powerset monad as a weak lifting of the powerset monad to the category of convex algebras. We provide applications to the study of trace semantics and behavioral equivalences of systems with an interplay between probability and non-determinism
AbstractIn this paper, we introduce a monad of random choice for domains that does not suffer from t...
AbstractThis paper studies a simple calculus for finite-state processes featuring both nondeterminis...
Probabilistic automata (PA) combine probability and nondeterminism. They can be given different sema...
International audienceCombining probabilistic choice and non-determinism is a long standing problem ...
Monads are a concept from category theory allowing to model abstractly the notion of computational e...
Monads are a concept from category theory allowing to model abstractly the notion of computational e...
Monads are a concept from category theory allowing to model abstractly the notion of computational e...
Monads are a concept from category theory allowing to model abstractly the notion of computational e...
AbstractIn this paper, we introduce a monad of random choice for domains that does not suffer from t...
Probabilistic automata (PA), also known as probabilistic nondeterministic labelled transition system...
Probabilistic automata (PA), also known as probabilistic nondeterministic labelled transition system...
Probabilistic automata (PA), also known as probabilistic nondeterministic labelled transition system...
The powerset monad on the category of sets does not distribute over itself. Nevertheless a weaker fo...
We describe the canonical weak distributive law δ: SP → PS of the powerset monad P over the S-left-s...
We describe the canonical weak distributive law δ: SP → PS of the powerset monad P over the S-left-s...
AbstractIn this paper, we introduce a monad of random choice for domains that does not suffer from t...
AbstractThis paper studies a simple calculus for finite-state processes featuring both nondeterminis...
Probabilistic automata (PA) combine probability and nondeterminism. They can be given different sema...
International audienceCombining probabilistic choice and non-determinism is a long standing problem ...
Monads are a concept from category theory allowing to model abstractly the notion of computational e...
Monads are a concept from category theory allowing to model abstractly the notion of computational e...
Monads are a concept from category theory allowing to model abstractly the notion of computational e...
Monads are a concept from category theory allowing to model abstractly the notion of computational e...
AbstractIn this paper, we introduce a monad of random choice for domains that does not suffer from t...
Probabilistic automata (PA), also known as probabilistic nondeterministic labelled transition system...
Probabilistic automata (PA), also known as probabilistic nondeterministic labelled transition system...
Probabilistic automata (PA), also known as probabilistic nondeterministic labelled transition system...
The powerset monad on the category of sets does not distribute over itself. Nevertheless a weaker fo...
We describe the canonical weak distributive law δ: SP → PS of the powerset monad P over the S-left-s...
We describe the canonical weak distributive law δ: SP → PS of the powerset monad P over the S-left-s...
AbstractIn this paper, we introduce a monad of random choice for domains that does not suffer from t...
AbstractThis paper studies a simple calculus for finite-state processes featuring both nondeterminis...
Probabilistic automata (PA) combine probability and nondeterminism. They can be given different sema...