Environments for coupling symbolic computation with parallel numeric processing are demonstrated using Mathematica and an nCUBE 2 multiple-instruction-thread-multiple-data-stream computer. The so-called "math³" environments provide programming models that allow distributed symbolic computing, as well as a bridge between sequential symbolic computing and distributed numerical computation. Scientific visualization, one strength of Mathematica and a classical weakness of parallel machines, is showcased as a feature of the math³ environments. Applications that demand parallel symbolic processing also are discussed
While the state of the art is relatively sophisticated in programming language support for computer ...
In symbolic computation on computers, also known as computer algebra, keyboard and display replace t...
This paper presents the concept of an environment for distributed mathematical education based on th...
Symbolic computation software allows mathematicians, scientists, engineers, or educators to deal wit...
We describe the implementation of three symbolic computation algorithms on shared memory multiproces...
Symbolic computation has underpinned a number of key advances in Mathematics and Computer Science. A...
ion, representation, communication : : : : : : : : : : 29 5.5 System and human interface design issu...
This paper describes a very high-level approach that aims to orchestrate sequential components writt...
This Special Focus on Advances in Symbolic and Numeric Computation IV of Mathematics in Computer Sci...
One of the major challenges in teaching applied mathematics is the large amount of calculation invol...
Recent systems of symbolic computation such as Mathematica are developed to facilitate mathematical ...
Résumé du Workshop : Proceedings of the International Workshop on Parallel and Distributed Computing...
We present the Seven Dwarfs of Symbolic Computation, which are sequential and parallel algorithmic m...
Mathematica is computer software that can be used to perform a variety of functions. These functions...
Mathematica is a powerful software that has the ability to solve small or large scale computations, ...
While the state of the art is relatively sophisticated in programming language support for computer ...
In symbolic computation on computers, also known as computer algebra, keyboard and display replace t...
This paper presents the concept of an environment for distributed mathematical education based on th...
Symbolic computation software allows mathematicians, scientists, engineers, or educators to deal wit...
We describe the implementation of three symbolic computation algorithms on shared memory multiproces...
Symbolic computation has underpinned a number of key advances in Mathematics and Computer Science. A...
ion, representation, communication : : : : : : : : : : 29 5.5 System and human interface design issu...
This paper describes a very high-level approach that aims to orchestrate sequential components writt...
This Special Focus on Advances in Symbolic and Numeric Computation IV of Mathematics in Computer Sci...
One of the major challenges in teaching applied mathematics is the large amount of calculation invol...
Recent systems of symbolic computation such as Mathematica are developed to facilitate mathematical ...
Résumé du Workshop : Proceedings of the International Workshop on Parallel and Distributed Computing...
We present the Seven Dwarfs of Symbolic Computation, which are sequential and parallel algorithmic m...
Mathematica is computer software that can be used to perform a variety of functions. These functions...
Mathematica is a powerful software that has the ability to solve small or large scale computations, ...
While the state of the art is relatively sophisticated in programming language support for computer ...
In symbolic computation on computers, also known as computer algebra, keyboard and display replace t...
This paper presents the concept of an environment for distributed mathematical education based on th...