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image for course Componentization Techniques for Simulink Models

Componentization Techniques for Simulink Models

Manage large Simulink models by organizing them into reusable components. Select the right componentization strategies to enhance collaboration, build scalable model architectures, and protect your models to safeguard your intellectual property.

Course modules

Introduction

Get an overview of the course and learning outcomes.

Lessons:
  • Course Overview
  • Component-Based Model Development

Visually Organize Models

Improve model readability and navigation using subsystems and model areas.

Lessons:
  • Subsystems and Model Areas
  • Composite Interfaces

Functionally Organize Models

Encapsulate functionality and promote algorithmic reuse using atomic subsystems.

Lessons:
  • Atomic Subsystems
  • Conditionally Executed Components

Reuse Model Components

Improve component discoverability and reuse by leveraging libraries and library-linked subsystems.

Lessons:
  • Library-Linked Components
  • Identify Clones and Refactor Models

Develop Modular Models

Enhance model modularity and maintainability using subsystem references.

Lessons:
  • Subsystem References

Build Large-Scale Hierarchical Models

Develop scalable and hierarchical model architectures using model references.

Lessons:
  • Model References

Protect Model Components

Safeguard intellectual property using protected models.

Lessons:
  • Protected Models

Conclusion

Evaluate your learning, learn about next steps, and provide feedback on the course.

Lessons:
  • Summary
  • 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

Run Multiple Simulations in Parallel

Learn to programmatically configure multiple simulations of a Simulink model and run the simulations in parallel.

System Composer Onramp

Learn how to perform model-based systems engineering by creating simulatable architecture models using System Composer.

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