Run-Time Software Modeling, Part 1: How to Model Run-Time Software with Simulink

From the series: Run-Time Software Modeling

Teresa Hubscher-Younger, MathWorks

Run-Time Software Modeling helps you implement large-scale run-time systems by defining the components in a composition; simulating and testing them; generating code; and integrating the code into a larger system. This video series covers different modeling styles in Simulink^® for partitioning and scheduling. It also discusses modeling services to show you how you can start modeling and generating code for run-time systems.

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Series: Run-Time Software Modeling

1:01

Part 1: How to Model Run-Time Software with Simulink Run-Time Software Modeling helps you implement large-scale run-time systems by defining the components in a composition, simulating and testing them, generating code, and integrating the code into a larger system.

3:15

Part 2: Partitioning and Scheduling with Export Functions Partition and schedule models with the Export Function modeling style to integrate functions into your software environment easily and have a clear mapping from model to code.

3:10

Part 3: Combining Modeling Styles with Schedulable Components Rate-based subsystems can be partitioned and scheduled as well, allowing you to combine modeling styles with schedulable components.

3:07

Part 4: How to Model Software Services with Simulink Functions Use Simulink Functions to model software services. A Function Caller block can model and generate code for the client’s call to services, especially I/O services, and a Simulink Function block provides those services.