This paper documents the early results of a rigorous study of farming, one of the method of parallelising programs. This study involved the theory of programming UNITY and extensive testing on farming harness designs. We show that farming can be used to parallelise a much larger domain of applications than it is often thought. We also arrived at how to implement efficient harnesses for the first generation of Inmos transputers. (An updated version of the paper that appeared in `Transputer systems - ongoing research', Alastair Allen (ed.), pp49-62, Proceedings of the fifteenth conference of the World occam and Transputer User Group, 1992, IOS Press, Amsterdam.
Increasing concerns about food security have stimulated integrated assessment of the sustainability ...
This paper describes the parallelisation of the H hybrid video encoder algorithm based upon a pipel...
Parallel patterns are a high-level programming paradigm that enables non-experts in parallelism to d...
The technique of the processor farm has become very widely used for parallelising applications, ofte...
Farming is one of severals ways of arranging for a group of individuals to perform work simultaneous...
Modern multicore systems offer huge computing potential. Exploiting large parallel systems is still ...
Algorithmic skeletons intend to simplify parallel programming by providing a higher level of abstrac...
Most numerical software involves performing an extremely large volume of algebraic computations. Thi...
People heavily rely on large-scale farms to grow and ship produce to their local markets. This has b...
Almost since computers first became generally available for research purposes, farm management profe...
Agricultural production is unstable as a result of complex, dynamic and interrelated factors such as...
Mixed Integer Programming (MIP) problems occur in many industries and their practical solution can b...
The purpose of this paper is to explore ways that computational advancements have enabled the comple...
The agricultural industry is dealing with enormous challenges across the globe, including the limite...
The urgency of improving the productivity of small-farm agriculture in the developing world is widel...
Increasing concerns about food security have stimulated integrated assessment of the sustainability ...
This paper describes the parallelisation of the H hybrid video encoder algorithm based upon a pipel...
Parallel patterns are a high-level programming paradigm that enables non-experts in parallelism to d...
The technique of the processor farm has become very widely used for parallelising applications, ofte...
Farming is one of severals ways of arranging for a group of individuals to perform work simultaneous...
Modern multicore systems offer huge computing potential. Exploiting large parallel systems is still ...
Algorithmic skeletons intend to simplify parallel programming by providing a higher level of abstrac...
Most numerical software involves performing an extremely large volume of algebraic computations. Thi...
People heavily rely on large-scale farms to grow and ship produce to their local markets. This has b...
Almost since computers first became generally available for research purposes, farm management profe...
Agricultural production is unstable as a result of complex, dynamic and interrelated factors such as...
Mixed Integer Programming (MIP) problems occur in many industries and their practical solution can b...
The purpose of this paper is to explore ways that computational advancements have enabled the comple...
The agricultural industry is dealing with enormous challenges across the globe, including the limite...
The urgency of improving the productivity of small-farm agriculture in the developing world is widel...
Increasing concerns about food security have stimulated integrated assessment of the sustainability ...
This paper describes the parallelisation of the H hybrid video encoder algorithm based upon a pipel...
Parallel patterns are a high-level programming paradigm that enables non-experts in parallelism to d...