Abstract This workshop offers an overview of Calculus in Mathematica along with applications such as solitons, minimal surfaces and the Painlevé differential equations. A ...

Advanced Engineering Mathematics with Mathematica presents advanced analytical solution methods that are used to solve boundary-value problems in engineering and integrates ...

Talk given at JMM 2008, session on Frobenius numbers. I will show how lattice reduction and branch-and-bound methods may be used in tandem to solve Frobenius instance ...

The application of symbolic computation to 2D domain theory of discrete event systems (DES) is presented. A symbolic computation software named DESMATH for manipulating gd ...

Mathematica 3.0 is used for calculating the eigenvalues, partition function and level density of the hindered rotor by solving the appropriate Mathieu equation. An ...

A RANSAC type method with a core algorithm based on dual quaternions is presented for similarity transformation. Although dual quaternion technique basically represents rigid ...

In the latest Calculus; by J. Stewart, we can notice many new problems which can be solved by using modern mathematical technologies, for example, Mathematica and Geometer's ...

This package adds support for Mathematica CalcCenter notebooks to Mathematica Professional. Notebooks created in Mathematica CalcCenter, which use special Mathematica ...

A general introduction to Mathematica, with emphasis on the system's programming capabilities for problem solving.

A new Mathematica package solves computational problems involving engineering structures.