Afundamental task in geodesy is solving systems of equations.Many geodetic problems are represented as systems of multivariate polynomials. A common problem in solving such ...

The advanced symbolic and other capabilities of Mathematica make it the ideal tool for solving problems in the field for which calculus and much of modern mathematics was ...

Este libro fue escrito con la intención de ser útil a todas aquellas personas que esean acercarse por primera vez al programa Mathematica conocer sus aspectos esenciales y ...

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

Some algorithms for classifying forces, constructing Lyapunov functions for special-form systems of differential equations, and solving parametric inequalities arising in ...

A family of discrete velocity models is proposed for the study of particle coagulation and fragmentation in gases. Patterned after the Broadwell model, the models allow ...

This paper presents an efficient algorithm for the calculation of the direct dynamic model of flexible manipulators. The algorithm is based on the inverse Newton-Euler model ...

Book/CD-ROM package that provides a traditional treatment of elementary ordinary differential equations while introducing computer-assisted methods available with ...

An inverse problem is treated for determination of the structure of a one-dimensional dual-periodic photonic crystal from the optical characteristics specified for practice. ...

In this paper, we consider obtaining approximate doubly periodic wave solutions of the coupled Drinfel
d–Sokolov–Wilson equation by using the Adomian decomposition method ...