Library Simulink Portable: Quarc

Click Connect to Target and press Run . The model executes on the target hardware in hard real-time, while scope blocks on your host computer display live physical data. Common Use Cases Academic Research and Education

Under , select a fixed-step solver (e.g., ode4 or ode1 ) and set an appropriate fundamental sample time (typically 0.001 seconds for a 1 kHz loop). Step 2: Adding QUARC Infrastructure

Pass the controller's output signal into a or HIL Write PWM block. Map this to the physical channel driving your motor amplifier. Step 5: Configure and Run Go to the QUARC menu tab in Simulink. quarc library simulink

– Platforms like the QBot 2 mobile robot and QArm robotic arm leverage QUARC for real-time control research. Researchers can explore differential kinematics, inverse kinematics, path planning, odometric localization, and vision-guided control, with QUARC handling real-time sensor data acquisition and actuator control.

– Before installing QUARC, users need a compatible installation of MATLAB and Simulink (typically R2015b through R2025a depending on the QUARC version), along with MATLAB Coder, Simulink Coder, and the Control System Toolbox. For Windows targets, a suitable C/C++ compiler such as Microsoft Visual Studio (Community or Professional edition) is required. Click Connect to Target and press Run

: These use Universal Resource Identifiers (URIs) to manage data transfer between models or external applications (C++, Python, etc.). You can switch protocols (TCP/IP, UDP, Serial) by simply changing a URI string in a single block.

QUARCTM is the most efficient way to design, develop, deploy and validate real-time applications on hardware using Simulink®. QUARC Targets Library - Unleashing the Power of QUARC Step 2: Adding QUARC Infrastructure Pass the controller's

High-speed, deterministic blocks to read analog/digital inputs and write control signals to actuators. 2. Multi-Protocol Communications