This package provides routines for tridiagonal matrices. Especially, TridiagonalSolve solves A . x == r for x, where A is an n x n tridiagonal matrix and r is a vector of ...

This package incorporates some commands that allow to calculate certain elements of differential geometry. [Image created by UNVF.nb]

Neural Networks is an innovative Mathematica application package designed to train, visualize, and validate neural network models. It combines Mathematica's powerful ...

Remote Services provides an alternative to ssh, etc. in launching Mathematica kernels. It also allows you to browse for available hardware, provides a concept of "services": ...

We give an example of a student project that experimentally explores a topic in random graph theory. We use the Combinatorica package in Mathematica to estimate the minimum ...

Algorithms for the explicit symbolic and numeric evaluation of Jacquet’s Whittaker function for the GL(n,R) based generalized upper halfplane for n ≥ 2, and an ...

PartitionTypes is a package designed to facilitate the analysis of a group action of the set of automorphisms of a graph on the set of k-partitions of the vertex set, where k ...

Shows how to use Mathematica to solve a wide range of problems in electrical engineering. Presents an overview of electrical engineering problems and solution methods, also ...

The package NumericalMath`SplineFit` produces functions which cannot be directly differentiated. This notebook illustrates a numerical approach to taking derivatives of ...

In the upcoming version of Mathematica, many functions formerly available through add-on packages have been redesigned, extended, often re-implemented, and are included in ...