By combining a few of Mathematica's built-in drawing commands, an engineer can build a precise representation of any system. Here is an example from electrical engineering ...

This is a set of notebooks that demonstrate some of the capabilities of Mathematica's Front End. These notebooks are not platform specific -- they can be viewed with Version ...

This new edition introduces students, instructors, and scientists to solving differential equations with Mathematica 5. It first covers topics typical in undergraduate ...

One rich and memorable example can be a more effective tool for learning, or teaching, a body of concepts and techniques than a multitude of separate little examples. Hero's ...

This presentation will survey the role of Mathematica in the pricing of complex financial instruments. Derivative securities normally require the calculation of a function of ...

Mathematica works on all major platforms. Since version 2.2, Karl Unterkofler has used Mathematica to compare the various platforms. His benchmarking notebooks can be ...

This book presents the approaches, methods, tools, and algorithms for modelling the chemical dynamics of metabolic pathways. Included are an introduction to the basic ...

This book is a convenient desk reference for the beginning Mathematica user, providing step-by-step instructions on the most-often-used features of this software tool.

The symbolic implementation of the generalized transform in Mathematica is presented. This enables the computation of both the direct and the inverse transformation in a ...

This article, the second of two parts, describes a package designed to supplement Mathematica's linear programming facility. Building on the foundation laid in the first ...