Abstract This work is focused on methods of computational intelligence, mainly recurrent neural networks and the evolutionary algorithm. Implementation of these methods in ...

Abstract This workshop offers an overview of Calculus in Mathematica along with applications such as solitons, minimal surfaces and the Painlevé differential equations. A ...

The center problem at infinity is far to be solved in general. In this paper we develop a procedure to resolve it for a particular type of polynomial differential systems. ...

We demonstrate the use of several code implementations of the Mellin-Barnes method available in the public domain to derive analytic expressions for the sunset diagrams that ...

An alternative method is proposed to calculate light bending and time delay in weak and strong gravitational fields. This approach is elementary, straightforward and uses ...

Gauss's method for expressing cos(2pi/17) in nested square roots is implemented. The program can generate all cos(2pi/p) when p is a Fermat prime.

This package calculates the compositions of coexisting thermodynamic phases in binary mixtures, using the method of double tangent construction. In addition, the package ...

A universal tool for creating understandable computational models from data. It combines fuzzy logic based machine learning methods. Fully implemented in C++, mlf is ...

Using Mathematica as a low-dimensional multi-physics design tool.

Topics to be covered include several frequently asked questions about symbolic programming in Mathematica. I will also go over some new-to-Mathematica methods of efficient ...