On Friday, June 7, a workshop entitled “ICT Innovation on Vehicular Technology and Applications” was held at the School of Engineering of the University of Pisa. The ICT Innovation on Vehicular Technology and Applications Conference showcased various advancements.
Aitronik was invited to give a talk entitled “New Machine Learning Paradigms for Autonomous Driving Vehicles“.
During the event, Giovanni Marco Cordella, a Machine Learning Researcher at Aitronik, provided a review of current Machine Learning techniques for Autonomous Vehicles. He offered insights into their use in Aitronik use cases. The ICT Innovation on Vehicular Technology and Applications Conference was a significant event.
Some of them involved robots that should adapt to scenario modifications or completely new environments. As an example, let’s take the scenario in the video below, which was presented at the ICT Innovation on Vehicular Technology and Applications Conference.
In the case where a robotic vehicle has to autonomously navigate in the construction area, the surrounding map dynamically changes over time.
Giovanni Marco highlighted how in such an environment, where no map can be statically stored on the robot’s memory, the robot has no a-priori knowledge of the environment. This was discussed in detail during the ICT Innovation on Vehicular Technology and Applications Conference.
Machine Learning techniques can help robots deal with those gaps of information. One promising technique, known as Reinforcement Learning, is often used in Aitronik. It lets robots learn-by-doing, i.e. improving capabilities during normal operations.
Giovanni Marco explained how the neural networks, the equivalent of the human brain, can be trained offline. Neurons coded into a computer aid this process. Letting the robot learn on a simulator saves a huge amount of training time. It is also much safer than directly training the neural networks on the real vehicle. Training on a simulated scenario is shown in the video above.
After some hours of data crunching, the neural network reaches sufficient performance and can be brought into the real vehicle. Fine-tuning of the neural network can be done at this time.
A meaningful example was shown by Giovanni Marco, and it is represented in the video below. He shared this example at the ICT Innovation on Vehicular Technology and Applications Conference.
The ATR Orbiter robot is produced by ATR Robotics and robotized by Aitronik on the Comp4Drones EU-funded project.
It has no stored map of the environment and is programmed to find and reach a specific person while avoiding obstacles. Measurements coming from sensors, like a laser scanner and a daylight camera, are directly fed into the neural network with no pre-filtering or computation. Like a magic box, the neural network outputs the commands for the actuation system.
Giovanni Marco showed how, if no further training is done on the real vehicle, something may go wrong with parameters obtained in simulation.
It was a very fruitful day. Beyond Aitronik, other companies provided interesting discussions related to novel vehicular technologies. Among them, Calearo Antenne, Pitom, PurePower Control, Magna Mechatronics, Autostrade Tech S.p.A, Intel, Marelli, Rheinmetall, Italcertifer S.p.A. Gruppo Ferrovie dello Stato Italiane, Intecs, Evidence, ResilTech and IDS. The success of the ICT Innovation on Vehicular Technology and Applications Conference was evident.
