AbstractWe give a formal specification of Byrd's box model. This specification is based on a on a Prolog operational semantics with continuations. We also show how this specification can be executed by a direct translation into λProlog, leading to a Prolog interpreter that produces execution traces. This interpreter can be used both to experiment various trace models to validate them. We have hence a formal framework to specify and prototype trace models
Delimited continuations are a famous control primitive that originates in the functional programming...
ABSTRACT We introduce the theoretical basis for tracing lazy functional logic computations in a decl...
Delimited continuations are a famous control primitive that originates in the functional programming...
In this paper we investigate trace protocols of PROLOG programs. We present a precise mathematical s...
Project of research report used to produce the paper presented at JFPC 2007This report specifies an ...
AbstractThis article proposes a new mathematical definition of the execution of pure Prolog, in the ...
We argue for the need of a study on how experienced users make use of the Prolog tracing facilities....
textabstractWe present a denotational continuation semantics for PROLOG with cut. First a uniform la...
This article proposes a new mathematical definition of the execution of pure Prolog, in the form of ...
AbstractThe paper provides a mathematical yet simple model for the full programming language Prolog,...
[[abstract]]A continuation represents the dynamic effect of the remainder of a program. We present a...
Starting from a continuation-based interpreter for a simple logic programming language, propositiona...
We show how the Byrd Box model of Prolog execution can be used to identify a subset of Prolog which...
[[abstract]]A continuation represents the dynamic effect of the remainder of a program. We present a...
Delimited continuations are a famous control primitive that originates in the functional programming...
Delimited continuations are a famous control primitive that originates in the functional programming...
ABSTRACT We introduce the theoretical basis for tracing lazy functional logic computations in a decl...
Delimited continuations are a famous control primitive that originates in the functional programming...
In this paper we investigate trace protocols of PROLOG programs. We present a precise mathematical s...
Project of research report used to produce the paper presented at JFPC 2007This report specifies an ...
AbstractThis article proposes a new mathematical definition of the execution of pure Prolog, in the ...
We argue for the need of a study on how experienced users make use of the Prolog tracing facilities....
textabstractWe present a denotational continuation semantics for PROLOG with cut. First a uniform la...
This article proposes a new mathematical definition of the execution of pure Prolog, in the form of ...
AbstractThe paper provides a mathematical yet simple model for the full programming language Prolog,...
[[abstract]]A continuation represents the dynamic effect of the remainder of a program. We present a...
Starting from a continuation-based interpreter for a simple logic programming language, propositiona...
We show how the Byrd Box model of Prolog execution can be used to identify a subset of Prolog which...
[[abstract]]A continuation represents the dynamic effect of the remainder of a program. We present a...
Delimited continuations are a famous control primitive that originates in the functional programming...
Delimited continuations are a famous control primitive that originates in the functional programming...
ABSTRACT We introduce the theoretical basis for tracing lazy functional logic computations in a decl...
Delimited continuations are a famous control primitive that originates in the functional programming...