All of us here at Quanser know that teaching controls is hard. It's even harder to give students meaningful, engaging, and exciting controls lab experiences. These days, engineering educators are faced with a whole new challenge: teaching in the era...
When we launched the Self-Driving Car Research Studio with its feature vehicle, a 1/10 scale QCar earlier this year, we promised a wide array of application examples, including, of course, a self-driving one. We have developed line-following applications before, and...
Today, most control systems are being implemented on digital computers, using either a PC/laptop or a microprocessor unit (MCU) like Raspberry Pi or Arduino. Gone are the days of implementing your PID on an analog circuit. However, controllers implemented on...
We have recently launched our new Quanser Interactive Labs (QLabs) platform. As a member of the Academic Applications team that designed the virtual experiments, I would like to share some insights into the design process of the motor model for...
The webinar recording is now available Quanser's Self-Driving Car Research Studio is a highly expandable and powerful platform designed specifically for academic research. It provides tools and components that allow researchers to work with multiple software environments. In this webinar,...
The webinar recording is now available The ever-increasing proliferation of smart networks calls for developing robust verification algorithms to ensure the safe behavior of cyber-physical systems. This webinar, presented by Dr. Ghaffari from Wayne State University, aims to facilitate a...
