Program Raspberry Pi Using Simulink
Use Simulink to design, simulate, and implement models on Raspberry Pi hardware to support real-time connected I/O, interactive tuning, and standalone code deployment, and performance profiling. This enables rapid prototyping, testing, and optimization for your applications.
The solid line in the diagram represents the main workflow step. It shows the primary path of progressing, starting from model design and simulation, prepare model for code generation, and continuing to deploying standalone applications from Simulink models.
The dotted line in the diagram represent optional or iterative workflows. It indicates that these steps can be performed in addition to or in parallel with the main workflow. They represent supporting actions that can be performed to enhance validation, tuning, profiling, or testing before final deployment.
For more information on choosing the required product stack according to your development goal using Raspberry Pi Blockset with Simulink workflows, see Product Stack for Raspberry Pi Blockset.
Categories
- Simulate and Test Models with Connected I/O
Prototype and test Simulink models using Raspberry Pi hardware before deployment, without code generation
- Rapid Prototyping and Real Time Simulation
Adjust parameters and monitor signals live while Simulink model runs on Raspberry Pi hardware
- Validate Generated Code with Processor-in-the-Loop Simulation
Verify generated C/C++ code behavior by running it on Raspberry Pi hardware and comparing with Simulink simulations
- Deploy Standalone Applications from Models
Generate and deploy C/C++ code from Simulink models to run independently on Raspberry Pi hardware
- Profile and Optimize Execution Performance
Analyze and optimize execution time of models deployed on Raspberry Pi hardware to make sure they meet real-time requirements
