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image for course Model Dynamic Systems

Model Dynamic Systems

Model continuous and discrete dynamic systems from mathematical models using differential and difference equations, transfer functions, and state-space representations. Learn how to represent physical boundaries and multiple sample rates.

Course modules

Course Overview

Overview the course.

Lessons:
  • Overview
  • Course Example: 3D Printer

Dynamic Systems Overview

Overview dynamic systems.

Lessons:
  • Dynamic System Modeling Overview

Dynamic Systems Modeling Workflows

Use a standard workflow to model continuous and discrete dynamic systems.

Lessons:
  • Modeling Differential Equations
  • Modeling Difference Equations

Transfer Functions and State-Space Representations

Model transfer functions and state-space systems in continuous and discrete time.

Lessons:
  • Continuous Transfer Functions and State-Space Representations
  • Discrete Transfer Functions and State-Space Representations

More Complex Dynamic Systems

Model advanced characteristics such as physical constraints and multirate behavior.

Lessons:
  • Modeling Physical Boundaries
  • Modeling Multirate Discrete Systems

Solving Dynamic Systems

Learn how Simulink solves dynamic systems internally.

Lessons:
  • Continuous Simulation Overview
  • Simulation Accuracy
  • Solving Discrete Dynamic Systems

Conclusion

Learn about next steps and give feedback on the course.

Lessons:
  • Additional Resources
  • Survey

Format:Self-paced

Language:English

Language

  • Hands-on exercises with automated feedback
  • Access to MATLAB through your web browser
  • Shareable progress report and course certificate

Simulink Onramp

Get started quickly with the basics of Simulink.

The Simulink Environment

Learn new modeling constructs, visualization techniques, and how to exchange data with Simulink.

Simulink Onramp

Get started quickly with the basics of Simulink.

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