Implementing the autonomous functionality onto a mobile robot can be very challenging. To reduce the development time of the robot/software the use of digital twin is practically essential. In our currently running research project ROSdriven, we are developing a physical AGV. To speed up our software development a digital twin Read more…
A new pilot is a fact in the PWO ROSdriven project.The RBcar will provide full autonomous support to our internal postal service. This vehicle will carry packages around our VIVES campus in an ingenious way.Do you want to know more how we realize this, contact us!Enjoy the video.
Our first ROS tutorial is out!! If you want to get your first step in #ROS this is the place to.You can learn how to control a robot (Turtlesim) by terminal or with a python script. It can be run on Linux or Windows (WSL) through the use of Docker. Enjoy!! https://rosdriven-turtlesim.netlify.app/
Sometimes companies ask us: “What exactly is ROS?”Well in the video below by #OpenRobotics this question is answered very clearly. Enjoy!
Last week the kickoff meeting of our PWO ROSdriven project was held at VIVES University of Applied Sciences. We presented our research group Smart Mobility and our ongoing/ future research projects. Furthermore, we clarified the PWO ROSdriven project goals: Apply ROS in depth Integrating / applying several sensors in ROS Read more…