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, system interconnections, and simulations.

This Wolfram Training on-demand course gives a step-by-step approach to working with control systems and state space applications using Mathematica. Each example begins with a problem definition and works toward a solution and a simulation using controller design methods, including pole placement and optimal control.

This Wolfram Training on-demand course gives a step-by-step approach to working with control systems and frequency domain applications using Mathematica. Each example begins with a problem definition and works toward a solution and a simulation using Bode plot and root locus plot manipulations.

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, system interconnections, and simulations.

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.

Explore the new suite of control system tools in Mathematica 8 that can be used to do analysis, design, and simulation of continuous- and discrete-time systems in this Wolfram Training course.