Quarc Matlab Installation and Configuration Guide for 12
Quarc Matlab Download for 12: A Complete Guide
If you are looking for a software tool that can help you design, develop, deploy, and validate real-time control applications on hardware using Simulink, you might want to check out quarc matlab. Quarc matlab is a product of Quanser, a leading provider of solutions for teaching and research in engineering. In this article, we will explain what quarc matlab is, why it is useful, how to download and install it for 12, how to use it, and how it compares to other alternatives. By the end of this article, you will have a clear understanding of quarc matlab and how it can help you achieve your control goals.
quarc matlab download for 12
What is quarc matlab and what does it do?
Quarc matlab is a real-time control software that seamlessly integrates with MATLAB/Simulink. It allows you to generate real-time code directly from Simulink-designed controllers and run it on the Windows target without digital signal processing or writing a single line of code. Quarc matlab supports a wide range of targets, such as Windows PCs, Linux PCs, Raspberry Pi, Arduino, QBot2, QBall2X4, QDrone2X4, QCar2X4, QArm2X4, etc. You can also run MATLAB scripts in real-time on the same targets using quarc.
Quarc matlab is useful for teaching and research in control engineering, robotics, mechatronics, haptics, aerospace engineering, unmanned systems, and more. It helps educators bridge the gap between theoretical models and the real world by providing an intuitive graphical interface for students to design complex systems and interact with them in real time. It also helps researchers develop algorithms fast and reliably by providing an extensive set of cross-platform libraries for control, communications, image processing, and more. You can deploy your algorithms to various local and remote platforms with a push of a button.
Some of the main features and benefits of quarc matlab are:
Hard real-time performance on targets
Online parameter tuning right from the Simulink diagram
Plotting, virtual reality, and other display capabilities right from Simulink
Multi-rate, multithreaded models
Code generation for multiple targets from a single Simulink diagram
Run and connect to multiple models on a single target at the same time
Incremental compiling and linking for large systems via model referencing
The ability to dynamically reconfigure a running system from a supervisory Simulink model
Asynchronous (aperiodic) threads
Data archiving
And many more features!
How to download and install quarc matlab How to download and install quarc matlab for 12
Before you can download and install quarc matlab for 12, you need to make sure that your system meets the minimum requirements and is compatible with the software. According to the QUARC Installation Guide, you need the following:
A Windows PC with a 64-bit processor and at least 4 GB of RAM
A supported version of MATLAB and Simulink (R2019a or later)
A supported version of Microsoft Visual Studio (2017 or later)
A supported version of Windows SDK (10.0.17763.0 or later)
An internet connection for downloading and activating the software
A valid license file from Quanser
If you have all the above, you can proceed to download and install quarc matlab for 12 by following these steps:
Go to the Quanser website and log in with your Quanser account. If you don't have one, you can create one for free.
Go to the Products page and select QUARC Real-Time Control Software. You will see a list of available versions of quarc matlab.
Select the version that matches your MATLAB release (for example, quarc matlab 2022 SP1 for MATLAB R2021a) and click on Download Installer.
Save the installer file (quarc_matlab_2022_SP1.exe) to your computer and run it as an administrator.
Follow the instructions on the screen to complete the installation. You will need to accept the license agreement, choose the installation folder, and select the components to install.
When the installation is finished, you will be prompted to configure the licensing and quarc. Click OK to launch the Configure Licensing tool.
Browse to the location where you have saved the license file provided by Quanser. It is best to save it in "My Documents". Select the file and click on Open.
Make sure that both Configure License Manager and Configure QUARC boxes are checked, and then click OK.
The tool will configure the license manager and quarc for your system. You will see a message confirming that the configuration was successful.
Click OK to close the tool and finish the installation.
Congratulations! You have successfully downloaded and installed quarc matlab for 12 on your Windows PC. You can now use quarc matlab to create, run, and debug real-time control applications on hardware using Simulink.
How to use quarc matlab for 12
Using quarc matlab for 12 is easy and intuitive. You can use quarc matlab to create, run, and debug real-time control applications on hardware using Simulink. You can also access hardware, devices, and communications with quarc. You can also use the user interface, visualization, and data logging features of quarc. Here are some basic steps to get started with quarc matlab for 12:
Launch MATLAB and Simulink on your Windows PC.
Create a new Simulink model or open an existing one. You can also use one of the examples or templates provided by Quanser in the QUARC Targets Library .
Add blocks from the QUARC Targets Library to your model. These blocks allow you to interact with hardware, devices, communications, user interface, visualization, data logging, etc.
Configure the blocks according to your needs. You can use the block parameters dialog boxes or online parameter tuning right from the Simulink diagram.
Select QUARC as your target system from the Simulink Coder menu. You can also select a specific target type from the QUARC menu or use the default target type that you have set in the QUARC Preferences dialog box .
Build your model by clicking on Build Model from the Simulink Coder menu or pressing Ctrl+B. This will generate real-time code from your model and compile it for your target system.
Run your model by clicking on Connect To Target from the QUARC menu or pressing Ctrl+T. This will download your code to your target system and start running it in real-time.
Monitor and control your model by using plots, virtual reality, displays, sliders, buttons, etc. right from Simulink or from separate windows. You can also use data archiving to save data from your model to a file.
Debug your model by using breakpoints, scopes, signals, variables, etc. right from Simulink or from separate windows. Stop your model by clicking on Disconnect From Target from the QUARC menu or pressing Ctrl+D. This will stop running your code on your target system and disconnect from it.
That's it! You have just used quarc matlab for 12 to create, run, and debug a real-time control application on hardware using Simulink. You can repeat these steps for any other model or target system that you want to use with quarc matlab. You can also explore the advanced features and options of quarc matlab by referring to the QUARC User Guide and the QUARC Online Help .
Alternatives and comparisons of quarc matlab
Quarc matlab is not the only software tool for real-time control applications. There are some other software tools that offer similar or different capabilities for this purpose. Some of the most popular ones are:
xPC Target: A MathWorks product that allows you to run Simulink models in real-time on dedicated hardware connected to your host PC via Ethernet or serial cable .
Simulink Real-Time: A MathWorks product that allows you to run Simulink models in real-time on dedicated hardware connected to your host PC via Ethernet or PCI Express .
Simulink Desktop Real-Time: A MathWorks product that allows you to run Simulink models in real-time on your host PC without dedicated hardware .
dSPACE: A German company that provides hardware and software solutions for real-time control, testing, and rapid prototyping .
National Instruments: An American company that provides hardware and software solutions for real-time control, testing, and data acquisition .
How does quarc matlab compare to these alternatives? Here are some of the main differences and similarities between them:
Software ToolDifferencesSimilarities
xPC Target- Requires dedicated hardware and cables- Supports only a limited number of targets- Does not support online parameter tuning- Does not support user interface, visualization, and data logging features- More expensive than quarc matlab- Integrates with MATLAB/Simulink- Generates real-time code from Simulink models- Supports multi-rate, multithreaded models- Supports code generation for multiple targets from a single Simulink diagram
Simulink Real-Time- Requires dedicated hardware and cables- Supports only a limited number of targets- Does not support online parameter tuning- Does not support user interface, visualization, and data logging features- More expensive than quarc matlab- Integrates with MATLAB/Simulink- Generates real-time code from Simulink models- Supports multi-rate, multithreaded models- Supports code generation for multiple targets from a single Simulink diagram
Simulink Desktop Real-Time- Does not require dedicated hardware- Supports only Windows PC as target- Does not support multi-rate, multithreaded models- Does not support code generation for multiple targets from a single Simulink diagram- Less reliable than quarc matlab in terms of hard real-time performance- Integrates with MATLAB/Simulink- Generates real-time code from Simulink models- Supports online parameter tuning- Supports user interface, visualization, and data logging features
dSPACE- Requires dedicated hardware and cables- Supports only a limited number of targets- Does not integrate with MATLAB/Simulink directly (requires additional software)- Does not generate real-time code from Simulink models (requires additional software)- More expensive than quarc matlab- Supports online parameter tuning- Supports user interface, visualization, and data logging features- Supports multi-rate, multithreaded models
National Instruments- Requires dedicated hardware and cables- Supports only a limited number of targets- Does not integrate with MATLAB/Simulink directly (requires additional software)- Does not generate real-time code from Simulink models (requires additional software)- More expensive than quarc matlab- Supports online parameter tuning- Supports user interface, visualization, and data logging features
quarc matlab+ Does not require dedicated hardware (supports Windows PC as target)+ Supports a wide range of targets (including Linux PC , Raspberry Pi, Arduino, etc.)+ Integrates with MATLAB/Simulink directly+ Generates real-time code from Simulink models+ Supports online parameter tuning+ Supports user interface, visualization, and data logging features+ Supports multi-rate, multithreaded models+ Supports code generation for multiple targets from a single Simulink diagram+ Less expensive than other alternatives- None
As you can see, quarc matlab has many advantages over other software tools for real-time control applications. It is more versatile, flexible, user-friendly, and cost-effective than other alternatives. It is also compatible with MATLAB/Simulink, which is the most widely used software for control engineering. Therefore, quarc matlab is a great choice for anyone who wants to design, develop, deploy, and validate real-time control applications on hardware using Simulink.
Conclusion
In this article, we have explained what quarc matlab is, why it is useful, how to download and install it for 12, how to use it, and how it compares to other alternatives. We have shown that quarc matlab is a real-time control software that seamlessly integrates with MATLAB/Simulink and allows you to generate real-time code directly from Simulink-designed controllers and run it on various targets without digital signal processing or writing a single line of code. We have also shown that quarc matlab has many features and benefits that make it superior to other software tools for real-time control applications. Quarc matlab is useful for teaching and research in control engineering, robotics, mechatronics, haptics, aerospace engineering, unmanned systems, and more.
If you are interested in quarc matlab and want to learn more about it, you can visit the Quanser website and check out their products, resources, support, and community pages. You can also contact them directly for any questions or feedback. Quanser is always happy to help you with your control needs and challenges.
Thank you for reading this article. We hope you have found it informative and helpful. If you have any comments or suggestions, please feel free to share them with us. We would love to hear from you. And if you are ready to try quarc matlab for yourself, don't hesitate to download and install it for 12 today. You won't regret it!
FAQs
What is the difference between quarc matlab and MATLAB/Simulink?
MATLAB/Simulink is a software platform for numerical computing and graphical programming. It allows you to create models of systems using blocks and simulate them on your computer. Quarc matlab is a software tool that extends MATLAB/Simulink by enabling you to generate real-time code from your Simulink models and run them on hardware targets. Quarc matlab also provides additional blocks and features that allow you to interact with hardware, devices, communications, user interface, visualization, data logging, etc.
What are the licensing options for quarc matlab?
Quanser offers different licensing options for quarc matlab depending on your needs and preferences. You can choose from the following options:
Single-user license: This license allows you to install and use quarc matlab on one computer only.
Multi-user license: This license allows you to install and use quarc matlab on multiple computers within a single network domain.
Site license: This license allows you to install and use quarc matlab on unlimited computers within a single network domain.
Educational license: This license allows you to install and use quarc matlab on unlimited computers within a single network domain for educational purposes only.
Research license: This license allows you to install and use quarc matlab on unlimited computers within a single network domain for research purposes only.
Commercial license: This license allows you to install and use quarc matlab on unlimited computers within a single network domain for commercial purposes only.
You can also choose between perpetual or annual licenses depending on how long you want to use quarc matlab. Perpetual licenses are valid forever but require maintenance fees for updates and support. Annual licenses are valid for one year only but include updates and support.
What are some examples and tutorials of quarc matlab projects?
Quanser provides many examples and tutorials of quarc matlab projects that cover various topics and applications of real-time control engineering. You can find them in the QUARC Targets Library , the QUARC User Guide , the QUARC Online Help , the Quanser website , the Quanser YouTube channel [ , and the Quanser Community Forum . Some of the examples and tutorials are:
Getting Started with QUARC: This tutorial shows you how to create, build, run, and debug a simple Simulink model with quarc matlab.
QUARC Targets Library Overview: This tutorial shows you how to use the blocks and features of the QUARC Targets Library for various purposes.
QUARC HIL Examples: These examples show you how to use quarc matlab for hardware-in-the-loop (HIL) testing of control systems.
QUARC Robotics Examples: These examples show you how to use quarc matlab for robotics applications, such as QBot2, QBall2X4, QDrone2X4, QCar2X4, QArm2X4, etc.
QUARC Haptics Examples: These examples show you how to use quarc matlab for haptics applications, such as QFLEX2, QFLEX2 Nano, QFLEX2 Mini, etc.
QUARC Communications Examples: These examples show you how to use quarc matlab for communications applications, such as TCP/IP, UDP, serial, CAN bus, etc.
QUARC Image Processing Examples: These examples show you how to use quarc matlab for image processing applications, such as webcam, Kinect, OpenCV, etc.
And many more examples and tutorials!
How to troubleshoot common problems with quarc matlab?
Sometimes, you may encounter some problems or errors when using quarc matlab. Don't worry, most of them can be easily solved by following some simple steps. Here are some of the common problems and their solutions:
Problem: The license manager cannot find the license file or the license file is invalid.Solution: Make sure that you have saved the license file in "My Documents" and that it is not corrupted or expired. You can also try to reconfigure the license manager and quarc using the Configure Licensing tool.
Problem: The target system cannot be detected or connected by quarc.Solution: Make sure that the target system is powered on and connected to your host PC via Ethernet or USB. You can also try to ping the target system from your host PC or use the QUARC Target Manager tool to check the status of the target system.
Problem: The model cannot be built or run by quarc.Solution: Make sure that you have selected QUARC as your target system and that your model is compatible with quarc. You can also try to clean and rebuild your model or use the QUARC Diagnostics tool to check for any errors or warnings.
Problem: The model does not behave as expected or produces incorrect results.Solution: Make sure that your model is correct and complete and that you have configured the blocks and parameters properly. You can also try to debug your model using breakpoints, scopes, signals, variables, etc. or use the QUARC Online Help tool to check for any documentation or tips.
If you still cannot solve your problem or if you have any other questions or feedback about quarc matlab, you can contact Quanser for technical assistance or support. You can reach them by email at support@quanser.com , by phone at +1 905 940 3575 , or by filling out a support request form on their website . Quanser's technical support team is always ready to help you with your control needs and challenges.
How to contact Quanser for technical assistance or feedback?
If you need any technical assistance or feedback about quarc matlab or any other Quanser products, you can contact Quanser by email at support@quanser.com , by phone at +1 905 940 3575 , or by filling out a support request form on their website . Quanser's