A fast algorithm implemented in Mathematica provides one-step elimination of a block of unknowns from a system of polynomial equations.

This article describes in detail the various methods available for exporting graphics out of Mathematica for placement or editing in other applications.

Using the Mathematica framework to create your own statistics distribution and have it behave just as one of the built-in ones.

In this talk I will present several problems that have caught my attention over the past few years. We will go over Mathematica formulations and solutions. Along the way we ...

The classic relation between stress and strain in an elastic medium involves a rank-4 tensor of 81 coefficients. Invoking various symmetry relations can lead to as few as two ...

The Mathematica module provides an interface to the MathLink(TM) library. Functions are not exported and should be called as methods. Therefore the Perl names have the 'ML' ...

Tools for modeling and verification of discrete event systems are implemented in Mathematica. The tools are based on binary decision diagrams (BDD) for which a Mathematica ...

Given a pattern and a string, this work addresses the problem of finding all instantiations of the variables forming the pattern to match those appearing in the string. The ...

Methods for the computation of invariants and symmetries of nonlinear evolution, wave, and lattice equations are presented. The algorithms are based on dimensional analysis, ...

A notebook in the software Mathematica is developed here for the analysis of planar multilayer dielectric waveguides with the objective of using it as a didactic ...