In this paper we present the equivalence between TIM, a machine developed to implement lazy functional programming languages, and the set of Categorical Multi-Combinators, a rewriting system developed with similar aims. A Complete revision of UKC - Lab.Report 67 (Submitted to Journal of Functional Programming
machines INTRODUCTION Functional programs consist of definitions of functions and other objects. The...
On étudie en combinatoire les objets munis d’une taille (la taille dans le cadre informatique peut s...
Term rewriting systems are important for computability theory of abstract data types, for automatic ...
Implementations of functional programming languages can take a number of different forms, and many d...
Implementations of functional programming languages can take a number of different forms, and many d...
Categorical Multi-Combinators form a rewriting system developed with the aim of providing ecient imp...
Implementations of functional programming languages can take a number of different forms; the first ...
AbstractThe Cartesian closed categories have been shown by several authors to provide the right fram...
Combinators are shown to provide a very suitable basis for implementations of functional and symboli...
AbstractModular Monadic Semantics (MMS) is a well-known mechanism for structuring modular denotation...
The efficient compilation of functional languages has been shown to be a difficult task. The most su...
Our main aim is to present the connection between λ-calculus and Cartesian closed categories both in...
AbstractThis paper presents a formal development, employing techniques of transformational programmi...
AbstractProgramming languages such as ML provide function calls with pattern matching. For each func...
this paper we study CML [11] that extends Standard ML with primitives for communication; other langu...
machines INTRODUCTION Functional programs consist of definitions of functions and other objects. The...
On étudie en combinatoire les objets munis d’une taille (la taille dans le cadre informatique peut s...
Term rewriting systems are important for computability theory of abstract data types, for automatic ...
Implementations of functional programming languages can take a number of different forms, and many d...
Implementations of functional programming languages can take a number of different forms, and many d...
Categorical Multi-Combinators form a rewriting system developed with the aim of providing ecient imp...
Implementations of functional programming languages can take a number of different forms; the first ...
AbstractThe Cartesian closed categories have been shown by several authors to provide the right fram...
Combinators are shown to provide a very suitable basis for implementations of functional and symboli...
AbstractModular Monadic Semantics (MMS) is a well-known mechanism for structuring modular denotation...
The efficient compilation of functional languages has been shown to be a difficult task. The most su...
Our main aim is to present the connection between λ-calculus and Cartesian closed categories both in...
AbstractThis paper presents a formal development, employing techniques of transformational programmi...
AbstractProgramming languages such as ML provide function calls with pattern matching. For each func...
this paper we study CML [11] that extends Standard ML with primitives for communication; other langu...
machines INTRODUCTION Functional programs consist of definitions of functions and other objects. The...
On étudie en combinatoire les objets munis d’une taille (la taille dans le cadre informatique peut s...
Term rewriting systems are important for computability theory of abstract data types, for automatic ...