The behavioural semantics of specifications with higher-order logical formulae as axioms is analyzed. A characterization of behavioural abstraction via behavioural satisfaction of formulae in which the equality symbol is interpreted as indistinguishability, which is due to Reichel and was recently generalized to the case of first-order logic by Bidoit et al, is further generalized to this case. The fact that higher-order logic is powerful enough to express the indistinguishability relation is used to characterize behavioural satisfaction in terms of ordinary satisfaction, and to develop new methods for reasoning about specifications under behavioural semantics.
This paper presents a case for the use of higher-order logic as a foundation for computational logic...
The paper investigates behavioural equivalence between programs in a call-by-value functional langua...
A logic is called higher order if it allows for quantication (and possibly ab-straction) over higher...
The behavioural semantics of specifications with higher-order logical formulae as axioms is analyzed...
AbstractThe behavioural semantics of specifications with higher-order logical formulae as axioms is ...
We extend the study of the relationship between behavioural equivalence and the indistinguishability...
We extend behavioural specification based on hidden sorts to rewriting logic by constructing a hybri...
AbstractWe extend behavioural specification based on hidden sorts to rewriting logic by constructing...
. We introduce a concept of behavioural implementation for algebraic specifications which is based o...
Abstract. Behavioural semantics for specifications plays a crucial role in the formalization of the ...
Behavioural theories are a generalization of first-order theories where the equality predicate symbo...
We build general model-theoretic semantics for higher-order logic programming languages. Usual seman...
Proving behavioural equivalences in higher-order languages is a difficult task, because interactions...
We present a logic for the specification and analysis of deductive systems. This logic is an extensi...
We introduce a variation on Barthe et al.’s higher-order logic in which formulas are interpreted as ...
This paper presents a case for the use of higher-order logic as a foundation for computational logic...
The paper investigates behavioural equivalence between programs in a call-by-value functional langua...
A logic is called higher order if it allows for quantication (and possibly ab-straction) over higher...
The behavioural semantics of specifications with higher-order logical formulae as axioms is analyzed...
AbstractThe behavioural semantics of specifications with higher-order logical formulae as axioms is ...
We extend the study of the relationship between behavioural equivalence and the indistinguishability...
We extend behavioural specification based on hidden sorts to rewriting logic by constructing a hybri...
AbstractWe extend behavioural specification based on hidden sorts to rewriting logic by constructing...
. We introduce a concept of behavioural implementation for algebraic specifications which is based o...
Abstract. Behavioural semantics for specifications plays a crucial role in the formalization of the ...
Behavioural theories are a generalization of first-order theories where the equality predicate symbo...
We build general model-theoretic semantics for higher-order logic programming languages. Usual seman...
Proving behavioural equivalences in higher-order languages is a difficult task, because interactions...
We present a logic for the specification and analysis of deductive systems. This logic is an extensi...
We introduce a variation on Barthe et al.’s higher-order logic in which formulas are interpreted as ...
This paper presents a case for the use of higher-order logic as a foundation for computational logic...
The paper investigates behavioural equivalence between programs in a call-by-value functional langua...
A logic is called higher order if it allows for quantication (and possibly ab-straction) over higher...