Quarc Library: Simulink

Quarc Library for Simulink: A Comprehensive Technical Overview

1. Executive Summary

Quarc (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.

adds specialized blocksets that allow these models to interact directly with hardware in real-time. Core Components of the QUARC Library quarc library simulink

What hardware are you trying to connect to (e.g., Q2-USB, Quanser AERO, or a custom board)? Faster design iteration : You can quickly test

QUARC, developed by Quanser, is a powerful real-time control software that integrates seamlessly with Simulink. It transforms MATLAB and Simulink into a real-time development environment. The library itself contains a vast collection of blocks designed to handle everything from low-level I/O to complex network protocols. Core Features of the QUARC Library 🟢 Real-Time Execution specifically for a ball-and-beam system.

The Quarc library offers a range of benefits to users, including:

  • Faster design iteration: You can quickly test and evaluate different suspension designs and parameters.
  • Improved accuracy: The Quarc library provides a detailed and accurate model of the quarter car suspension system.
  • Increased productivity: Simulink's graphical modeling and simulation environment makes it easy to build and analyze complex systems.

. It allows engineers and researchers to transform Simulink models into real-time applications that can interface with physical hardware without writing a single line of C/C++ code. 🛠️ The QUARC Targets Library The heart of QUARC within Simulink is the QUARC Targets Library

Hardware-in-the-Loop Architecture with MATLAB/Simulink and QuaRC: This research paper explores the use of QUARC for rapid prototyping of CMAC neural network controllers, specifically for a ball-and-beam system.