Combines reading and writing into a single execution step to minimize latency and jitter in high-speed control loops. 2. Stream Switching (Communications)

QUARC allows Simulink models to run at deterministic rates on various target operating systems, such as Windows or Linux (RT-Preempt). This ensures that your control loops are never interrupted by background OS tasks. 🟢 Hardware-in-the-Loop (HIL)

The defining feature of Quarc is its abstraction of the deployment process. In a standard workflow, an engineer designs a controller, generates C code using Embedded Coder, writes hardware drivers, compiles the code, transfers the executable, and debugs. Quarc collapses this into a button within the Simulink interface.

QUARC abstracts complex networking protocols into simple stream blocks. This allows models to communicate with other computers, mobile apps, or independent embedded systems.

The mandatory configuration block for any hardware model. It defines the board type, sampling rate, and initial state of all channels.

The QUARC library (found in the Simulink Library Browser under ) provides several specialized blocksets:

For advanced robotics and human-machine interaction (HMI), QUARC includes blocks to capture environment and user data.

Ensures deterministic execution of control loops, which is critical for system stability.

(Quantum Real-Time Control) is a high-performance software framework developed by Quanser Consulting Inc. designed to bridge the gap between Simulink simulations and real-time hardware implementation. It acts as a seamless extension to MATLAB and Simulink, allowing engineers and researchers to design control systems in a simulation environment and deploy them to physical hardware with a single click.

The , developed by Quanser , is a comprehensive suite of real-time control software that bridges the gap between theoretical Simulink models and physical hardware implementation. It serves as a rapid control prototyping (RCP) and hardware-in-the-loop (HIL) environment, allowing users to generate real-time code directly from Simulink diagrams without writing a single line of manual code. Core Functionality and Architecture