Overview

QUARC helps educators to bridge the gap between theoretical models and the real world. With QUARC, they don’t need to worry about interfacing to hardware or deterministic performance. Using the intuitive Simulink graphical interface, they can give students a systematic understanding of the design of complex systems and let them interact in real time. For researchers, QUARC makes developing algorithms fast and reliable. With an extensive set of cross-platform, research-grade libraries for control, communications, image processing, and more, they can deploy their algorithms to a wide variety of local and remote platforms with a push of a button.

Take full advantage of Quanser’s course resources to rapidly deploy an experiential teaching lab.

  • Enables the complete range of Quanser teaching products and course resources
  • Support for the Simulink graphical development environment using external mode
    to enable real-time execution, parameter tuning, and data monitoring in Windows
  • Quanser hardware-in-the-loop (HIL) API for fast and easy access to a wide variety of hardware devices from data acquisition cards and cameras, to user interface devices including joysticks and haptic wands
  • Direct interface to a variety of FLIR cameras for image processing
  • Extensive library of utilities for rapid control prototyping
  • Support for the NI myRIO and NI ELVIS III embedded platforms

Download the QUARC Licensing Options Chart

The easiest way to communicate in real-time between any distribution of applications, at any rate, using any protocol.

  • All features and capabilities of QUARC Essentials
  • Real-time persistent and deterministic communications
  • Support for data I/O using TCP/IP, UDP, shared memory, serial, SPI, I2C
  • Execution options for communications include synchronous/asynchronous, blocking and non-blocking

Download the QUARC Licensing Options Chart

Seamless application prototyping for autonomous multi-platform, multi-agent research.

  • All features and capabilities of QUARC Integration
  • Support for autonomous systems including Quanser QBot 2e mobile robot and QDrone quadrotor
  • Directly access localization data from NaturalPoint OptiTrack and Vicon camera systems
  • Dynamically reconfigure your code to provide flexible operating modes
  • Optimized application library for autonomous vehicles including reference frame operations, image processing, and video compression and transmission

Download the QUARC Licensing Options Chart

Rapid control prototyping for advanced robotics research.

  • All features and capabilities of QUARC Integration
  • Hardware support for Quanser Joint Control Robots and haptic devices
  • Interact with your software using the 3D Systems Phantom and Force Dimension haptic devices
  • Optimized application library for robotics including reference frame operations,
    kinematics, image processing, and video compression and transmission

Download the QUARC Licensing Options Chart

Product Details

Please check this chart to confirm that the operating system and third-party software installed on your host and target computers comply with requirements of QUARC™ 2019 SP1. This will allow you to successfully install and run the QUARC™ 2019 SP1.

QUARC 2019 SP1 Software Compatibility Chart

* MATLAB R2018a also supports Windows 8.1 and Microsoft Visual Studio 2013. See Mathworks for details.

** MATLAB R2019a Update 5 is required in order to use Microsoft Visual Studio 2019. See Mathworks for details.

Download the QUARC 2019 SP1 Software Compatibility Chart

QUARC 2019 SP1 Installer

Documentation:
For full details on QUARC features, visit the full documentation page and check the release notes.


DAQ Compatability:
Download QUARC 2019 SP1 DAQ Compatibility Chart.

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