What can we do to save those weird parking positions?

Whether you are a new driver or an experienced driver

Male driver, female driver

Bus No. 11 driver

Kaspersky, Nowitzki

You must have encountered various tricky parking scenarios.

You may be familiar with the following strange postures

Why does parking have to be so "unique"? Baidu Apollo 's autonomous driving computing platform ACU , developed with Xilinx Zynq® UltraScale+™ MPSoC, can easily get rid of these weird postures and make parking easier .

Baidu ACU is Apollo's mass-produced autonomous driving vehicle computing unit. It is divided into multiple product series according to the computing power requirements of different demand scenarios. As a dedicated computing platform for Baidu Apollo's autonomous driving, ACU has comprehensive AI capabilities, covering high-precision mapping and positioning, environmental perception, planning and control, and other functions. This mass-produced ACU hardware platform will be first used in the Apollo Valet Parking ( AVP ) autonomous parking product. Through the AVP autonomous parking solution, users can easily use mobile terminal devices to perform operations such as remote vehicle pick-up and return, automatic parking space search, and autonomous parking.

The autonomous driving computing platform ACU is equipped with Xilinx's automotive-grade chip platform Zynq® UltraScale+™ MPSoC , which provides the product with powerful deep learning inference capabilities and computing power. With the powerful sensor fusion and AI processing capabilities of Xilinx's automotive-grade heterogeneous multi-core Zynq UltraScale+ 5EV platform, the AVP autonomous parking platform can support up to 5 cameras and 12 ultrasonic radars. At the same time, millimeter-wave radar and lidar interfaces are reserved, and Baidu's PaddlePaddle deep learning framework is adapted to support rapid iteration and upgrade of algorithms.

The autonomous driving computing platform ACU is equipped with Xilinx's automotive-grade chip platform Zynq® UltraScale+™ MPSoC , which provides the product with powerful deep learning inference capabilities and computing power. With the powerful sensor fusion and AI processing capabilities of Xilinx's automotive-grade heterogeneous multi-core Zynq UltraScale+ 5EV platform, the AVP autonomous parking platform can support up to 5 cameras and 12 ultrasonic radars. At the same time, millimeter-wave radar and lidar interfaces are reserved, and Baidu's PaddlePaddle deep learning framework is adapted to support rapid iteration and upgrade of algorithms.

Tang Xiaolei, vice president of sales for Xilinx Greater China, attended the mass production ceremony of Baidu's ACU platform and said, "We are very pleased to see Xilinx help Baidu successfully mass produce the industry's first ACU autonomous driving computing platform. Baidu is a leading company in China and is gradually becoming an international leader in the field of autonomous driving. We are proud to work with Baidu to accelerate the process of autonomous driving and provide drivers with a safe and convenient smart driving experience."

Xilinx Greater China Sales Vice President Tang Xiaolei (third from left) and Baidu Autonomous Driving Technology Department General Manager Wang Yunpeng ( fourth from right ) and others congratulated the mass production of Baidu's ACU platform