Last weekend at the Yas Marina circuit in Abu Dhabi, UAE, the competition took place. While each Dallara super formula car looked like an ordinary racing vehicle, there was one notable difference: they were completely driverless, guided instead by autonomous artificial intelligence software developed by eight university-affiliated teams. A suite of sensors was placed where a human driver would sit, including cameras, radar, lidar, GPS and an inertial measurement unit, along with the computing power to process the data the sensors provided in real-time.
The challenge for each team was to develop AI software that would allow the cars to perform on the track, completing the course in the fastest possible time, overtaking opponents and making strategic decisions to win races. Once cars are on the track, there is no human intervention allowed. Instead, each car makes its own AI-derived decisions about how fast to go, when to brake, what racing line to take, when to pass its opponents and what level of risk it is willing to expose itself to, which may be higher or lower than for human drivers.
The hope is that by creating a high-tech test bed with a competitive element and prize fund, driverless AI research will accelerate, leading to trickle-down technology that may become commonplace in future driverless cars, logistics infrastructure, farming and other robotic systems. 鈥淭he Abu Dhabi Autonomous Racing League is all about road safety,鈥� says Tom McCarthy, executive director of , part of the Abu Dhabi government鈥檚 , which set up the competition. 鈥淲e believe that there is opportunity for leveraging the technology that has been developed in autonomous robotics and AI to develop the co-piloting capability that we can put into road cars that will prevent accidents occurring,鈥� he says.
Whatever the outcomes, the teams involved are already excited about future applications beyond racing. 鈥淥f course, there鈥檚 a research element to this,鈥� says Lawrence Walter, team principal at CODE19 Racing, a racing team from Indiana and who are linked to Indiana University鈥檚 Luddy School of Informatics, Computing, and Engineering. 鈥淭here鈥檚 a lot of interesting things when you compare the performance of AI against the human that can be applied, I think, more broadly to computer science,鈥� he says. Walter hopes the team鈥檚 Maveric AI could have applications beyond racing and cars in the future. 鈥淲e know that we can apply the expertise that we have to any problem,鈥� he says, adding, 鈥渕aybe it is climate change. We鈥檙e not sure exactly where we鈥檙e focused yet, we just know that our Maveric AI is a very advanced modular system and that we can apply her learning nodes, prediction nodes and perception to a whole deal of great challenges.鈥�