The HIL API is the core of QUARC's physical interfacing capability. Instead of using different blocks for every specific data acquisition (DAQ) card, QUARC uses a unified, card-independent architecture:
QUARC is a real-time control software that works seamlessly with MATLAB/Simulink . Unlike standard Simulink simulations that run in virtual time, QUARC generates C code from your Simulink model, compiles it, and runs it on a target processor in true real-time, interfacing directly with sensors and actuators.
QUARC is a powerful real-time control software developed by that integrates directly with quarc library simulink
Helps students bridge theory and physical reality using Quanser’s extensive lab workstations.
Used for physical interaction with motors and sensors. 2. Communications Stream Call/Answer: Establishes connections between models. The HIL API is the core of QUARC's
If you have a specific Quanser workstation or controller architecture in mind (e.g., balancing an inverted pendulum or servo control), I can provide more tailored information. Let me know:
Double-click the block and select your specific DAQ board from the board type dropdown list. QUARC is a powerful real-time control software developed
The "brain" block that configures your hardware board.
True real-time execution via an RTOS or kernel-level abstractions. Complex buffering configurations required.
Start by dragging a HIL Initialize block into your model to configure your hardware.