We present a simple method for developing parallel and systolic programs from data dependence. We derive sequences of parallel computations and communications based on data dependence and communication delays, and minimize the communication delays and processor idle time. The potential applications for this method include supercompiling, automatic development of parallel programs, and systolic array design.Engineering and Applied Science
New supercomputers depend upon parallel architectures to achieve their high rate of computation. In ...
[[abstract]]The data dependence graph is very useful to parallel algorithm design. In this paper, ap...
A serial-parallel multiplier is developed systematically from functional specification to circuit im...
We present a simple method for developing parallel and systolic programs from data dependence. We de...
A systematic method to map systolizable problems onto multicomputers is presented in this paper. A s...
A systematic method to m q systolizable proMems onto multicomputers is presented in this paper. A sy...
AbstractIn this paper we present a derivation method for networks of systolic cells. The method is c...
In this paper we present a derivation method for networks of systolic cells. The method is calculati...
The optimization of programs with explicit--i.e. user specified--parallelism requires the computatio...
The model presented here for systolic parallelization of programs with multiple loops aims at compil...
A method is presented by which systolic computations can be derived from formal specifications. Thes...
Parallel computers can provide impressive speedups, but unfortunately such speedups are difficult to...
This paper presents the New Systolic Language as a general solution to the problem systolic programm...
Three related problems, among others, are faced when trying to execute an algorithm on a parallel ma...
In this paper we present a systematic method for mapping systolizable problems onto Distributed Memo...
New supercomputers depend upon parallel architectures to achieve their high rate of computation. In ...
[[abstract]]The data dependence graph is very useful to parallel algorithm design. In this paper, ap...
A serial-parallel multiplier is developed systematically from functional specification to circuit im...
We present a simple method for developing parallel and systolic programs from data dependence. We de...
A systematic method to map systolizable problems onto multicomputers is presented in this paper. A s...
A systematic method to m q systolizable proMems onto multicomputers is presented in this paper. A sy...
AbstractIn this paper we present a derivation method for networks of systolic cells. The method is c...
In this paper we present a derivation method for networks of systolic cells. The method is calculati...
The optimization of programs with explicit--i.e. user specified--parallelism requires the computatio...
The model presented here for systolic parallelization of programs with multiple loops aims at compil...
A method is presented by which systolic computations can be derived from formal specifications. Thes...
Parallel computers can provide impressive speedups, but unfortunately such speedups are difficult to...
This paper presents the New Systolic Language as a general solution to the problem systolic programm...
Three related problems, among others, are faced when trying to execute an algorithm on a parallel ma...
In this paper we present a systematic method for mapping systolizable problems onto Distributed Memo...
New supercomputers depend upon parallel architectures to achieve their high rate of computation. In ...
[[abstract]]The data dependence graph is very useful to parallel algorithm design. In this paper, ap...
A serial-parallel multiplier is developed systematically from functional specification to circuit im...