This is a Mathematica notebook that investigates methods for designing FIR digital filters using discrete-time windows.

We apply eight prediction methods to eleven data sets and compare the prediction capabilities of the various methods. The methods are polynomial regression, support vector ...

In this paper we describe implementation of three methods for computing generalized inverses in the programming packages MATHEMATICA and DELPHI. Grevile
s method, the limit ...

A finite element method for numerical solutions of the systems governed by distributed models of Hopfield-type neural network equations is studied. When time keeps continuous ...

This book presents in comprehensive detail numerical solutions to boundary value problems of a number of differential equations using the so-called Shooting Method. 4th order ...

The gradient projection mimization technique, can be understood in terms of the tangent space of the active constraints at a point. Since any vector in the tangent space is ...

The authors use Mathematica to illustrate two classic methods for the approximate construction of regular polygons: the method of Archimedes and the method of Bardin, making ...

Making use of symbolic and numeric capabilities of Mathematica, in this notebook we explore the fundamentals of the finite volume method (FVM). This method is largely ...

A simple method has been developed in order to get a contour plot in an element with given nodal values. The contour lines are obtained by solving a differential equation ...

Computer algebra provides a powerful tool for research in mathematics and the applied sciences. A symbolic package which may be used to explore and derive Runge-Kutta methods ...