Dynamic logic is a powerful framework for reasoning about imperative programs. This paper extends previous work [9] on the systematic generation of dynamic logics from the propositional to the equational case, to capture ‘full-fledged’ imperative programs. The generation process is parametric on a structure specifying a notion of ‘weight’ assigned to programs. The paper introduces also a notion of bisimilarity on models of the generated logics, which is shown to entail modal equivalence with respect to the latter.publishe
We extend the language of here-and-there logic by two kinds of atomic programs allowing to minimally...
This paper provides a formal analysis on the solutions of the frame problem by using dynamic logic. ...
Dynamical systems are mathematical models of change or motion over time. They are ubiqui...
Dynamic logic is a powerful framework for reasoning about imperative programs. This paper extends p...
This paper introduces a method to build dynamic logics with a graded semantics. The construction is ...
AbstractWe give an algorithm for “before-after” reasoning about action. The algorithm decides satisf...
Giegerich R, Steffen P. Implementing algebraic dynamic programming in the functional and the imperat...
This note, reporting the homonym keynote presented in the International Symposium on Molecular Logic...
International audienceWe present a logical system suited for specification and verification of imper...
We present a logical system suited for specification and verification of imperative ML programs. The...
In the last decades, dynamic logics have been used in different domains as a suitable formalism t...
We propose to bring together two research traditions, computation with first order logic from comput...
In this paper we investigate updates of knowledge bases represented by logic programs. In order to r...
AbstractWe study the expressive power of various versions of Dynamic Logic and compare them with eac...
International audienceWe provide a logical analysis of Dung's abstract argumentation frameworks and ...
We extend the language of here-and-there logic by two kinds of atomic programs allowing to minimally...
This paper provides a formal analysis on the solutions of the frame problem by using dynamic logic. ...
Dynamical systems are mathematical models of change or motion over time. They are ubiqui...
Dynamic logic is a powerful framework for reasoning about imperative programs. This paper extends p...
This paper introduces a method to build dynamic logics with a graded semantics. The construction is ...
AbstractWe give an algorithm for “before-after” reasoning about action. The algorithm decides satisf...
Giegerich R, Steffen P. Implementing algebraic dynamic programming in the functional and the imperat...
This note, reporting the homonym keynote presented in the International Symposium on Molecular Logic...
International audienceWe present a logical system suited for specification and verification of imper...
We present a logical system suited for specification and verification of imperative ML programs. The...
In the last decades, dynamic logics have been used in different domains as a suitable formalism t...
We propose to bring together two research traditions, computation with first order logic from comput...
In this paper we investigate updates of knowledge bases represented by logic programs. In order to r...
AbstractWe study the expressive power of various versions of Dynamic Logic and compare them with eac...
International audienceWe provide a logical analysis of Dung's abstract argumentation frameworks and ...
We extend the language of here-and-there logic by two kinds of atomic programs allowing to minimally...
This paper provides a formal analysis on the solutions of the frame problem by using dynamic logic. ...
Dynamical systems are mathematical models of change or motion over time. They are ubiqui...