We introduce Probabilistic Regular Expressions (PRE), a probabilistic analogue of regular expressions denoting probabilistic languages in which every word is assigned a probability of being generated. We present and prove the completeness of an inference system for reasoning about probabilistic language equivalence of PRE based on Salomaa's axiomatisation of Kleene Algebra
The quantitative verification of Probabilistic Automata (PA) is undecidable in general. Unary PA are...
The term refinement algebra refers to a set of abstract algebras, similar to Kleene algebra with tes...
This thesis aims to provide a path to abstraction between probabilistic systems and non-probabilisti...
The classic theorems of Büchi and Kleene state the expressive equivalence of finite automata to mona...
International audienceWe provide a Kleene Theorem for (Rabin) probabilistic automata over finite wor...
We present a systematic way to generate (1) languages of (generalised) regular expressions, and (2) ...
We present a systematic way to generate (1) languages of (generalised) regular expressions, and (2) ...
Current needs in the verification of systems evolve from boolean properties to finer quantitative pr...
A probabilistic finite automaton (PFA) A is said to be regular-approximable with respect to (x,y), i...
AbstractWe present a systematic way to generate (1) languages of (generalised) regular expressions, ...
This thesis provides an algebraic modelling and verification of probabilistic concurrent systems in ...
We study a syntax for specifying quantitative “assertions” - functions mapping program states to num...
Theoretical thesis.Bibliography: pages 167-175.1. Introduction -- 2. Continuity in probabilistic Kle...
We propose an abstract algebra for reasoning about probabilistic programs in a total-correctness fra...
International audienceThe quantitative verification of Probabilistic Automata (PA) is undecidable in...
The quantitative verification of Probabilistic Automata (PA) is undecidable in general. Unary PA are...
The term refinement algebra refers to a set of abstract algebras, similar to Kleene algebra with tes...
This thesis aims to provide a path to abstraction between probabilistic systems and non-probabilisti...
The classic theorems of Büchi and Kleene state the expressive equivalence of finite automata to mona...
International audienceWe provide a Kleene Theorem for (Rabin) probabilistic automata over finite wor...
We present a systematic way to generate (1) languages of (generalised) regular expressions, and (2) ...
We present a systematic way to generate (1) languages of (generalised) regular expressions, and (2) ...
Current needs in the verification of systems evolve from boolean properties to finer quantitative pr...
A probabilistic finite automaton (PFA) A is said to be regular-approximable with respect to (x,y), i...
AbstractWe present a systematic way to generate (1) languages of (generalised) regular expressions, ...
This thesis provides an algebraic modelling and verification of probabilistic concurrent systems in ...
We study a syntax for specifying quantitative “assertions” - functions mapping program states to num...
Theoretical thesis.Bibliography: pages 167-175.1. Introduction -- 2. Continuity in probabilistic Kle...
We propose an abstract algebra for reasoning about probabilistic programs in a total-correctness fra...
International audienceThe quantitative verification of Probabilistic Automata (PA) is undecidable in...
The quantitative verification of Probabilistic Automata (PA) is undecidable in general. Unary PA are...
The term refinement algebra refers to a set of abstract algebras, similar to Kleene algebra with tes...
This thesis aims to provide a path to abstraction between probabilistic systems and non-probabilisti...