VW, Uber to use Nvidia AI for self-driving

epa05337196 Nvidia president and CEO Jen-Hsun Huang displays graphics processing units (GPU) during a news conference ahead of the COMPUTEX, the largest computer show in Asia, in Taipei, Taiwan, 30 May 2016. The COMPUTEX computer show from 31 May to 04 June 2016 gathers 1,602 exhibitors from 30 countries using 5,009 booths to display their latest products and to sign orders with foreign buyers.  EPA/RITCHIE B. TONGO

Bloomberg

Nvidia Corp., trying to spread its industry-leading graphics chip technology into new areas, said Uber Technologies Inc. and Volkswagen AG will use its artificial intelligence expertise to help bring self-driving cars to the roads.
Uber, the largest ride-hailing company, will use Nvidia processors and software for its forthcoming fleet of self-driving vehicles, the chipmaker’s Chief Executive Officer Jen-Hsun Huang said at the recently held CES consumer electronics show in Las Vegas. Volkswagen will deploy Nvidia technology to develop an intelligent co-pilot system, the companies said, and Huang was joined on stage by Herbert Diess, VW brand chief.
Nvidia is touting the tie-ups as a way of claiming leadership in the growing competition among component makers for whose technology will dominate the emerging field of self-driving cars. Rival chipmakers such as Intel Corp. and Qualcomm Inc. have also said their technology will be the key ingredient in
new systems.
Meanwhile automakers have announced collaborations with multiple companies as they try to work out what’s the best way to remove the need for drivers. “The map is almost everyone working with everyone,” said Danny Shapiro, who heads Nvidia’s automotive business. “We’re happy with our position, with the 320 partners we have.”
Uber has been working on self-driving car trials since 2015 and has completed 50,000 passenger trips over 2 million autonomous miles. Uber began using Nvidia chips in its first test fleet of Volvo SUVs, the companies said. VW and Nvidia’s co-piloting system will provide convenience and assistance features using sensors inside and outside the vehicle. The AI capabilities will improve the system.
Such features may include the ability to recognise when a driver is distracted and keep the car smoothly running in the proper lane at the right speed for the conditions.

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