Continental teams up with University of Oxford to develop artificial intelligence in automotive sector

The partnership between Continental and the Department of Engineering Science at the University of Oxford will focus on the possible uses and development of artificial intelligence algorithms.

The first phase of the envisaged three-year partnership began in early November 2016 and includes new postdoctoral research positions at Oxford.

“Cooperating with leading research institutions is of the utmost importance to us. It is an important building block that will enable us to measure up to the persistent demands calling on us to shape the mobility of the future and acquire qualified employees and executives for tomorrow,” explained Kurt Lehmann, corporate technology officer at Continental (pictured above).

Continental expects the partnership to yield findings on the use of artificial intelligence methods, including in the areas of automated and autonomous driving, the improvement of future vehicle access systems, accident minimization through intelligent warning systems, and the sensitive dialog that will take place in the future between drivers and vehicles – between humans and their machines.

“I am delighted with this new, important collaboration between Continental and our world-leading Vision and Information Engineers. I look forward to it underpinning technology developments for mobility of the future”, says Lionel Tarassenko, Head of the Department of Engineering Science, University of Oxford .

“Our vision is a world in which the transportation of people and goods is fully automated and seamless, freeing up time and mental resources for other tasks,” says Demetrio Aiello, Head of Artificial Intelligence & Robotics at Continental.

“Our vision is a world in which the transportation of people and goods is fully automated and seamless, freeing up time and mental resources for other tasks. Continental will contribute its deep technological understanding and competence in the mobility world, while Oxford offers best-in-class algorithmic competence and an extremely innovative environment. With their help, we can transform our vision into reality; with our help, Oxford can see how their research is translated into new products and services for mobility of a future world.”