The new PoochMPI Toolkit for Mathematica enables Wolfram Research’s Mathematica to be combined with the easy-to-use, supercomputer-compatible Pooch clustering technology of ...

The front end has many features that can make packages more accessible to users. Most packages are driven by kernel commands and their front end interface (if one exists) ...

The addition of GPU computing capabilities to Mathematica allows for a greater fusion of high performance and symbolic computing than was previously possible. In this ...

MathSaver is a screensaver for Microsoft Windows 32 machines that uses the Mathematica kernel to generate graphics. It comes with just 6 Mathematica code snippets to display ...

Numerical integral equations NIntegrateSolve solves a linear Fredholm second kind one- dimensional integral equation on an interval with rather smooth both kernel and free ...

An obvious use of Java is reading files off the internet. These files can be Mathematica packages (i.e., .m files) to be read into the kernel or notebooks (.nb files) to be ...

Five years after the release of Mathematica 2.0, WOlfram Research is launching Version 3.0. In this issue of the Journal, Mathematica's developers explain the most important ...

Members of the Wolfram Research technical support staff present articles on problems and questions we often encounter. This column answers some frequently asked questions ...

The Wolfram Workbench and Parallel Computing Toolkit have been extended to allow debugging and profiling of parallel programs. Topics of the presentation include setting up ...

The Mathematica front end has undergone many changes over its 9-year life. In this article we will see how some of the features present in V3.0 developed and changed over ...