This Wolfram Training on-demand course covers continuous, discrete, and stationary wavelet transforms, as well as wavelet algorithms and visualizations.

Paul Wilmott presents his views on math's importance in society and how it has changed. This debate took place during the Computer-Based Math™ Education Summit 2011.

This Wolfram Training on-demand course introduces the concepts and Mathematica functions used to model a dynamic system. Topics include the construction and manipulation of state space and transfer function models, system properties, ...

This Wolfram Training on-demand course shows how to work with the control systems objects created in Mathematica. Topics include frequency domain analysis, state space analysis, and state space design.

This scenario-driven Wolfram Training course covers topics applicable to enterprise-wide projects: large database access, dynamic visualization, and deploying a web interface with CDF technology.

With customized financial examples such as discounted cash flows and mortgage valuation, this Wolfram Training course introduces the mathematics of time value and the built-in Mathematica functions that make calculations ...

Mathematica provides a powerful graphics language for general use and highly sophisticated visualization. This Wolfram Training course covers topics such as lighting control, camera setup, texture, and more.

This Wolfram Training on-demand course provides an overview of some of the new statistical visualization functionality in Mathematica 8. Topics include visual inspection of the shape of data and comparisons to ...

This Wolfram Training on-demand course provides applications of calculus functions in Mathematica and a discussion of the internal methods used for solving problems.

This Wolfram Training on-demand course gives a broad overview of calculus functions in Mathematica.

This Wolfram Training course provides an overview of some of the new statistical visualization functionality in Mathematica 8. Quantile plots, box-and-whisker plots, probability plots, and distribution charts are covered.

This Wolfram Training course shows the process for creating and sharing interactive content with Computable Document Format (CDF) technology. It also shows examples ranging from textbooks to management reports.

This Wolfram Training on-demand course gives a broad overview of discrete calculus functions in Mathematica along with applications to fractals, sequence recognition, and the study of algorithms.

This Wolfram Training course gives educators an overall picture of how Mathematica can benefit an engineering curriculum with examples of modeling, simulation, visualization, and document creation.

Discover functional programming with Mathematica. In this Wolfram Training on-demand course, you'll learn the core constructs, functions, and evaluation rules of a dynamic, functional language. See how to transition your ...

Mathematica takes advantage of symbolic computation and exact numbers when solving numerical problems. Get a look at Mathematica's powerful "hybrid symbolic-numeric" methods in this Wolfram Training course.

Get an overview of Mathematica's new high-level functions for probability and statistics and learn how to work with its large collection of built-in distributions in this Wolfram Training course.

This Wolfram Training course gives a whirlwind tour of Mathematica's key features as well as applications in image processing, control systems, GPU computation, and more.

Discover different ways that you can extend Mathematica, from a simple function to a multi-component application. In this Wolfram Training on-demand course, you'll learn about the available tools to create, ...

Learn to develop test-first in Mathematica using the testing framework MUnit along with Wolfram Workbench. In this Wolfram Training on-demand course, the details of writing test expressions and testing strategies ...