Quarc is not merely a collection of blocks; it is a complete infrastructure that sits on top of Simulink’s native capabilities. Its architecture consists of three main pillars:
adds specialized blocksets that allow these models to interact directly with hardware in real-time. Core Components of the QUARC Library
Use HIL Read and HIL Write to connect your controller to the virtual inputs/outputs. quarc library simulink
Use the "Monitor & Tune" option to deploy the model in real-time. Conclusion
Connects real-time hardware data to 3D virtual realities or host-side dashboards. Workflow: From Simulink Design to Physical Hardware Quarc is not merely a collection of blocks;
QUARC is tightly integrated into the Simulink environment, adding a dedicated "QUARC" menu for compilation and deployment. One-Click Real-Time Execution
✅ Design your controller in Simulink, add QUARC I/O blocks, hit "Run" – and your algorithm controls the physical hardware instantly. Use the "Monitor & Tune" option to deploy
In , the model is compiled into a real-time executable.
Quanser Real-Time Control (Software) アルテックス | IPROS
The HIL blockset is the core engine for physical I/O. It allows your Simulink model to read from sensors and write to actuators via data acquisition (DAQ) cards.
This is the most utilized section of the library. Quarc provides pre-written drivers for a vast array of hardware data acquisition (DAQ) cards and sensors. This includes: