We describe the use and distributed implementation of a functional language based on the graph-reduction concept. Attention is given to the issue of implementing higher-order functions and concurrent evaluation. Prospects for optimization of this implementation are pointed out
This paper describes a new concept for the parallel implementation of functional languages on a netw...
AbstractA calculus and a model for a first-order functional language with sharing is presented. In m...
A new kind of computing system, a graph reduction system, is introduced using the original notation ...
This thesis describes a model for distributed graph reduction implemented on a network of transputer...
Many models for the parallel reduction of lazy functional languages have been proposed in the litera...
Programmed graph reduction has been shown to be an efficient implementation technique for lazy funct...
A language for a parallel, logic graph reduction system is described in this dissertation. The langu...
Journal ArticleThis paper describes an effective means for programming shared memory multiprocessors...
A proposal is made to base parallel evaluation of functional programs on graph reduction combined wi...
There is a growing interest nowadays in functional programming languages and systems, and in special...
This paper presents the Parallel BGL, a generic C++ library for distributed graph computation. Like ...
Parallel computation presents problems which are either nonexistent or trivial in the context of seq...
We investigate graph narrowing as the operational semantics of functional logic programming language...
The authors describe CTDNet, a data-driven reduction machine for the concurrent execution of applica...
We describe in this paper a graph narrowing machine that has been designed for the implementation of...
This paper describes a new concept for the parallel implementation of functional languages on a netw...
AbstractA calculus and a model for a first-order functional language with sharing is presented. In m...
A new kind of computing system, a graph reduction system, is introduced using the original notation ...
This thesis describes a model for distributed graph reduction implemented on a network of transputer...
Many models for the parallel reduction of lazy functional languages have been proposed in the litera...
Programmed graph reduction has been shown to be an efficient implementation technique for lazy funct...
A language for a parallel, logic graph reduction system is described in this dissertation. The langu...
Journal ArticleThis paper describes an effective means for programming shared memory multiprocessors...
A proposal is made to base parallel evaluation of functional programs on graph reduction combined wi...
There is a growing interest nowadays in functional programming languages and systems, and in special...
This paper presents the Parallel BGL, a generic C++ library for distributed graph computation. Like ...
Parallel computation presents problems which are either nonexistent or trivial in the context of seq...
We investigate graph narrowing as the operational semantics of functional logic programming language...
The authors describe CTDNet, a data-driven reduction machine for the concurrent execution of applica...
We describe in this paper a graph narrowing machine that has been designed for the implementation of...
This paper describes a new concept for the parallel implementation of functional languages on a netw...
AbstractA calculus and a model for a first-order functional language with sharing is presented. In m...
A new kind of computing system, a graph reduction system, is introduced using the original notation ...
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