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Baidu Uses ZF's AI Control Box for Autonomous Parking

  • ZF ProAI utilized as supercomputer for new valet parking system from Baidu
  • Cars fitted with this technology can have the capability to autonomously drive to a parking space and back
  • First application in car-sharing vehicles with large Chinese mobility provider Pand Auto

Friedrichshafen, Germany / Sunnyvale, Calif. ZF Friedrichshafen AG and Chinese tech company Baidu are presenting a new system ahead of CES 2018 which can enable autonomous valet parking without a driver. This is the first product resulting from the strategic cooperation between the two companies and is based on ZF’s ProAI, a supercomputer with artificial intelligence capabilities jointly developed by ZF and NVIDIA. Electric vehicles from the car-sharing company Pand Auto are now demonstrating the functionality in a series of test drives today.

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Baidu Uses ZF's AI Control Box for Autonomous Parking

In the fall of 2017, ZF and Baidu signed a strategic cooperation to advance autonomous driving technology for the Chinese market. Now, just four months after the agreement, the first application has been developed using the ZF ProAI supercomputer for autonomous driving. The system supports a feature that can drive a vehicle to a parking space and back without driver input. This can be performed using a smartphone app, which relies in part on an intelligent control box from ZF does that all the thinking for the driver. It can process data from the vehicle's environmental sensors and from car-to-x communication. It can then send the relevant signals to the actuators such as steering and braking systems. This valet parking function is currently celebrating its debut in a test fleet from Pand Auto, one of the biggest Chinese car-sharing providers.

"ZF ProAI is ready for production. It is the result of our cooperation with NVIDIA, which we announced exactly one year ago at CES 2017. In our current project with Baidu, this supercomputer once again shows how we are accelerating autonomous driving and also makes it simpler for new players in the industry to demonstrate mobility innovations," said Torsten Gollewski, head of Advanced Engineering at ZF Friedrichshafen AG.

"ZF’s supercomputer is ideal for our autonomous driving applications, as it can process a huge amount of data such as high-definition digital maps in real time. In addition, it combines with artificial intelligence, deep-learning capabilities and meets all the current automotive standards,” said Mr. Zhenyu Li, Vice President, General Manager of Intelligent Driving Group of Baidu.

The new valet parking system directly addresses the needs of vehicle manufacturers as well as mobility service providers. Primarily, its goal is to significantly reduce the operating costs for car-sharing providers, while at the same time improving processes and convenience for customers and vehicle users. The Pand Auto electric test vehicles fitted with the automatic parking systems are being displayed to the public for the first time today at a driving event in the heart of California’s Silicon Valley, in the run-up to CES 2018 in Las Vegas.


Thomas Wenzel

Director Global Corporate Communications

+49 7541 77-2543

Robert Buchmeier

Head of Technology and Product Communications

+49 7541 77-2488