Integrate Native Simulink Components

Integrate Simulink^® components, subsystems, reference models, multiversion components

Integrate native Simulink components, such as referenced models and subsystems, into your model for performing system-level simulations. You can also integrate components created in older versions of Simulink to your current Simulink session.

To model architecture of your system, use System Composer™. You can define system composer component behavior using Simulink models to analyze and evaluate the architecture of your composition.

Topics

Integrate Subsystems, Models and Libraries in Simulink

Choose Tools to Integrate Existing Components and MATLAB, C/C++, or Python Code into Simulink
Select tools to integrate existing components and C/C++, MATLAB, Python code into Simulink based on your modeling requirements.
Explore Types of Model Components
Identify Simulink components that align with your high-level modeling requirements.
Create and Use Referenced Subsystems in Models
Reference, reuse, and manage subsystems stored in separate files.
Model Reference Basics
Decide whether to reference one model in another model.
Use Local Solvers in Referenced Models
Learn how local solvers work and how to configure a local solver.

Integrate Multiversion Components in Simulink

Reference Protected Models from Third Parties
Use a protected model that you received from a third party.
Cross-Release Code Integration (Embedded Coder)
Integrate generated code from previous releases with generated code from current release.
Perform Cosimulation of Multiversion Components
Cosimulate components referencing submodels created in previous versions of Simulink.

Define System Behavior in Architecture Models

Compose and Analyze Systems Using Architecture Models (System Composer)
Define architectures, add metadata, perform analyses, view component dependencies, and implement behaviors.
Implement Component Behavior Using Simulink (System Composer)
Associate components with behavior models in Simulink.