Mathematica code is presented for solving the linear programming problem max(cx|Ax=b, x0) using an interior-point projective scaling method.

The use of replacement rules to implement transformations of the plane equation-solving to determine colors allows the automation of some early tiling techniques of M.C. ...

Introductory lab manual for first-year calculus courses. Designed to introduce students to Mathematica and to increase conceptual knowledge of calculus and improve ...

Scattering problem of quantum particles by the one-dimensional potential step is solved in Mathematica. Analytical formulas for reflection and transmission coefficients are ...

The SIAM 100-Digit Challenge was a contest posed by Nick Trefethen of Oxford University in the January/February 2002 issue of SIAM News. This book shows in detail how each of ...

Mathematica code is used to solve the linear diophantine equation for nonnegative integer values. Skiena's Mathematica implementation of Dijkstra's shortest path algorithm is ...

The packages Numerico.m and Numerial.m provide routines for direct methods of solving linear systems. These routines include vector norms, LU decomposition, and Cholesky ...

An efficient method for solving parabolic partial differential equations is implemented in Mathematica using InterCall and an external C routine. As an application, the ...

We provide explicit presentations of members of a suite of R matrices arising from the (\dot{0}_m|\alpha) representations of the quantum superalgebras U_q[gl(m|1)]. Our ...

In this work, the stress resultants and displacements (due to in-plane loading) of circular rods with variable cross-sections are calculated by using the initial values ...