Standard Windows or Linux operating systems are not built for real-time precision. QUARC installs a real-time executive layer that forces the system to execute Simulink models with microsecond-level timing accuracy. On-the-Fly Parameter Tuning
Imagine you're a suspension engineer at an automotive company, tasked with designing a new suspension system for a luxury sedan. You need to ensure that the suspension provides a smooth ride while also maintaining stability and handling. quarc library simulink
The QUARC library includes specialized blocks that allow for the seamless integration of Quanser hardware. These blocks are designed to be flexible: you can change the underlying data acquisition card for an entire diagram simply by changing one parameter, allowing quick transitions between different physical setups. 2. Real-Time Execution and Tuning Standard Windows or Linux operating systems are not
The QUARC library expands the standard Simulink blockset with several crucial functionalities: 1. Hardware-in-the-Loop (HIL) API You need to ensure that the suspension provides
To run a model on physical hardware using QUARC, follow this structural workflow: Step 1: Model Configuration Open a new Simulink model. Navigate to (Ctrl+E).
For moving from prototyping to production, QUARC supports code optimizations through Simulink Coder. Key optimizations include , which treats constants as fixed values for better compiler optimization, and other options like block reduction and signal storage reuse.
Modern control systems rely on distributed architectures. QUARC offers a vast suite of communication blocks that support standard protocols out of the box, including: For standard network communication.