Methods are presented for using arrays to solve a class of statistical decision problems.

Using Animations to Solve Two- and Three-Variable Linear Programming Problems.

Mathematica functions Minimize and Maximize allow users to compute exact global extrema of functions on sets constrained by systems of equations and inequalities. When the ...

We present a semidefinite programming approach for computing optimally conditioned positive definite Hankel matrices of order n. Unlike previous approaches, our method is ...

Welcome back to Cowculations, the column devoted to problems best solved with a computer algorithm.

A model is developed and implemented, using linear programming to solve a common scheduling problem.

Tutorial in solving double and improper integrals with the aid of Mathematica, from an educational perspective.

The aim of this talk is to give an overview of the new functionality for solving partial differential equations (PDEs) and computing eigensystems of differential operators in ...

With Analog Insydes' behavioral modeling functionality and its numerical solver for systems of nonlinear differential algebraic equations (DAE), you can describe and simulate ...

An undergraduate textbook in Mechanics which incorporates Mathematica to explore the basis of engineering design. Focuses on understanding mechanics conceptually and the ...