If you’re not using Quanser plants or DAQ boards, most advanced blocks are useless. Generic real-time I/O (e.g., plain Arduino, NI DAQ) requires workarounds.
Click the button (or press Ctrl + B ). QUARC compiles your graphical model into highly optimized C code. Click Connect to Target .
Used for physical interaction with motors and sensors. 2. Communications Stream Call/Answer: Establishes connections between models. quarc library simulink
The Quarc library is a software framework that enables users to design, simulate, and deploy control systems using Simulink. Quarc provides a set of tools and blocks that can be used to create complex control systems, including state-space models, transfer functions, and PID controllers. The library is designed to work seamlessly with Simulink, allowing users to take advantage of Simulink's graphical modeling and simulation capabilities.
Runs complex models with different subsystems executing at different sampling rates. If you’re not using Quanser plants or DAQ
QUARC's multithreading support is a powerful feature for complex systems. If a model contains blocks with different sample rates (e.g., a 1 kHz control loop and a 100 Hz planning algorithm), QUARC can automatically create separate threads, assigning higher priority to faster tasks for time-critical execution.
QUARC transforms standard Simulink models into hard real-time applications through several key capabilities: QUARC compiles your graphical model into highly optimized
QUARC features a universal HIL API that abstracts hardware interactions. Whether you are using a Quanser data acquisition (DAQ) board, a third-party PCIe card, or an Arduino, the block configuration remains virtually identical.
Helps students bridge theory and physical reality using Quanser’s extensive lab workstations.
QUARC is a superb teaching tool—students learn control theory in Simulink and see immediate physical results.