gridMathematica combines the power of the world's leading technical computing environment with modern computing clusters and grids to solve the most demanding problems in mathematics, science, engineering, and finance.
A typical installation of gridMathematica involves a master kernel, a license manager, and one Mathematica kernel per available node.
Typical uses of gridMathematica include bioinformatics applications, processing and analysis of large data sets, data mining, and large computations in physics, mathematics, and the life sciences.
Based on the world's leading technical computing software and the Parallel Computing Toolkit, gridMathematica implements many parallel programming primitives and includes high-level commands for parallel execution of matrix operations, plotting, and other functions
Excellent detailed description: Wolfram Research
A typical gridMathematica installation consists of one master kernel and eight computational kernels.
Each gridMathematica unit comes with eight kernel processes, one front-end process, and one Parallel Computing Toolkit.
| Commercial | EUR |
|---|---|
| Mac, Linux, Windows (includes 1 year Premier Service) |
12,250.-- |
| UNIX (includes 1 year Premier Service) |
14,330.-- |
| Academic | EUR |
| Mac, Linux, Windows (includes 1 year Premier Service) |
5,270.-- |
| UNIX (includes 1 year Premier Service) |
6,150.-- |
(prices are excl. VAT and include one gridServer)
gridMathematica is a new technology. We have tested it with our applications including the machine learning framework.
We combine forces with Dr. Maeder the maker of the Parallel Computing Toolkit.
Rely on our knowledge and support. Contact us!