gridMathematica
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<What Is Mathematica Personal Grid Edition ?
*Key Advantages
* Features
*Q & A
*Specifications

What Is Mathematica Personal Grid Edition?

Mathematica Personal Grid Edition combines the computational capabilities of Mathematica with the high-level parallel language extensions of Parallel Computing Toolkit to make personal supercomputing a reality--right at your own desk, at your own convenience.

Mathematica Personal Grid Edition combines four Mathematica kernels, a Mathematica front end, and Parallel Computing Toolkit. The master kernel handles all input, output, and scheduling, and is controlled from the front end. The computation kernels receive commands from the master kernel.

Diagram of master kernel and three computation kernels

Mathematica: The World's Largest Algorithm Collection--In One Integrated System

Thousands of algorithms for numeric and symbolic computations, discrete mathematics, statistics and data analysis, graphics, visualization, and general programming
Automatic algorithm selection and arbitrary precision control
Sustained performance equal to specialized numeric libraries
Industrial-strength string manipulation, universal database connectivity, web services support, cluster analysis capabilities, and high-speed binary data I/O

Parallel Computing Toolkit: The Complete Symbolic Parallel Language Extension for Mathematica

Numerous high-level parallel commands (e.g., ParallelEvaluate, ParallelMap, ParallelTable, ...)
Automatic or user-programmable load-balancing scheduling for problem-specific adaptation
Error recovery from stranded processes as well as tracing and debugging
Speculative parallelization for nondeterministic problems

Mathematica Personal Grid Edition: Your Always-On Personal Supercomputer

The combination of Mathematica and Parallel Computing Toolkit on a four-core machine gives you an always-on parallel system. You can interactively perform parallel commands on demand--whenever appropriate and at any level of your computation. This gives you a truly personal supercomputing environment.