AbstractParameter mechanisms for recursive procedures are investigated. Contrary to the view of Manna et al..it is argued that both call-by-value and call-by-name mechanisms yield the least fixed points of the functionals determined by the bodies of the procedures concerned. These functionals differ, however, according to the mechanism chosen. A careful and detailed presentation of this result is given, along the lines of a simple typed lambda calculus, with interpretation rules modelling program execution in such a way that call-by-value determines a change in the environment and call-by-name a textual substitution in the procedure body
AbstractWe present a proof system for message-passing process calculi with recursion. The key infere...
AbstractFrom a declarative programming point of view, Manna and Shamir's optimal fixedpoint semantic...
AbstractWe define a new cost model for the call-by-value lambda-calculus satisfying the invariance t...
AbstractParameter mechanisms for recursive procedures are investigated. Contrary to the view of Mann...
AbstractCall by value and call by name have some subtleties when used in a nondeterministic programm...
AbstractIn applicative theories the recursion theorem provides a term rec which solves recursive equ...
Understanding procedure calls is crucial in computer science and everyday programming. Among the mos...
Abstract. We propose an axiomatization of fixpoint operators in typed call-by-value programming lang...
We give p-calculus encodings of some reduction strategies that have been found useful in the functio...
Temporal weakest precondions are introduced for calculational reasoning about the states encountered...
The choice of a parameter-passing technique is an important decision in the design of a high-level p...
We propose an abstract machine to run the call-by-value -calculus extended with a call-by-value xed-...
We present a proof system for message-passing process calculi with recursion. The key inference rule...
This paper provides a link between the formulation of static program analyses using the framework o...
none2We define a new cost model for the call-by-value lambda-calculus satisfying the invariance thes...
AbstractWe present a proof system for message-passing process calculi with recursion. The key infere...
AbstractFrom a declarative programming point of view, Manna and Shamir's optimal fixedpoint semantic...
AbstractWe define a new cost model for the call-by-value lambda-calculus satisfying the invariance t...
AbstractParameter mechanisms for recursive procedures are investigated. Contrary to the view of Mann...
AbstractCall by value and call by name have some subtleties when used in a nondeterministic programm...
AbstractIn applicative theories the recursion theorem provides a term rec which solves recursive equ...
Understanding procedure calls is crucial in computer science and everyday programming. Among the mos...
Abstract. We propose an axiomatization of fixpoint operators in typed call-by-value programming lang...
We give p-calculus encodings of some reduction strategies that have been found useful in the functio...
Temporal weakest precondions are introduced for calculational reasoning about the states encountered...
The choice of a parameter-passing technique is an important decision in the design of a high-level p...
We propose an abstract machine to run the call-by-value -calculus extended with a call-by-value xed-...
We present a proof system for message-passing process calculi with recursion. The key inference rule...
This paper provides a link between the formulation of static program analyses using the framework o...
none2We define a new cost model for the call-by-value lambda-calculus satisfying the invariance thes...
AbstractWe present a proof system for message-passing process calculi with recursion. The key infere...
AbstractFrom a declarative programming point of view, Manna and Shamir's optimal fixedpoint semantic...
AbstractWe define a new cost model for the call-by-value lambda-calculus satisfying the invariance t...