In this dissertation, we investigate various sorts of reasoning on finite structures and theories in the logic FO(.), a rich extension of classical logic with, amongst others, inductive definitions and aggregates. In particular, we study the tasks of constraint propagation, grounding, model revision, and debugging for FO(.).status: publishe
Whereas first-order logic was developed to confront the infinite it is often used in computer scienc...
Due to the semi-decidable nature of first-order logic, it can be desirable to address a wider range ...
Abstract. We present a constraint functional logic programming ap-proach over finite domain (CFLP(FD...
In this dissertation, we investigate various sorts of rea-soning on finite structures and theories i...
In Constraint Programming, constraint propagation is a basic component of constraint satisfaction ...
Knowledge Representation and Reasoning is the area of artificial intelligence that is concerned with...
Grounding is the task of reducing a given first-order theory T and finite domain to an equivalent pr...
Many computational settings are concerned with finding (all) models of a first-order logic theory fo...
The authors of [MT05] proposed a declarative constraint programming framework based on classical log...
Abstract. Grounding is the task of reducing a given first-order theory T and finite domain to an equ...
Grounding is the task of reducing a first-order theory and finite domain to an equivalent propositio...
The traditional approach to model expansion (generating models of a logic theory extending a partial...
This paper describes a proposal to incorporate finite domain constraints in a functional logic syst...
This paper focuses on computing first-order theories under either stable model semantics or circumsc...
In this dissertation, I investigate some questions about the model theory of finite structures. One ...
Whereas first-order logic was developed to confront the infinite it is often used in computer scienc...
Due to the semi-decidable nature of first-order logic, it can be desirable to address a wider range ...
Abstract. We present a constraint functional logic programming ap-proach over finite domain (CFLP(FD...
In this dissertation, we investigate various sorts of rea-soning on finite structures and theories i...
In Constraint Programming, constraint propagation is a basic component of constraint satisfaction ...
Knowledge Representation and Reasoning is the area of artificial intelligence that is concerned with...
Grounding is the task of reducing a given first-order theory T and finite domain to an equivalent pr...
Many computational settings are concerned with finding (all) models of a first-order logic theory fo...
The authors of [MT05] proposed a declarative constraint programming framework based on classical log...
Abstract. Grounding is the task of reducing a given first-order theory T and finite domain to an equ...
Grounding is the task of reducing a first-order theory and finite domain to an equivalent propositio...
The traditional approach to model expansion (generating models of a logic theory extending a partial...
This paper describes a proposal to incorporate finite domain constraints in a functional logic syst...
This paper focuses on computing first-order theories under either stable model semantics or circumsc...
In this dissertation, I investigate some questions about the model theory of finite structures. One ...
Whereas first-order logic was developed to confront the infinite it is often used in computer scienc...
Due to the semi-decidable nature of first-order logic, it can be desirable to address a wider range ...
Abstract. We present a constraint functional logic programming ap-proach over finite domain (CFLP(FD...