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Thread: AI supercomputers for the car, Nvidia Corporation, Santa Clara, California, USA

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  1. #1


    CES 2016: Audi, Daimler, BMW and More (part 6)

    Published on Jan 5, 2016

    NVIDIA CEO Jen-Hsun Huang describes some of the achievements NVIDIA's automotive partners have made using the NVIDIA DRIVE platform, at the Consumer Electronics Show 2016 in Las Vegas.

  2. #2


    CES 2016: DriveWorks - Modeling the Environment Around a Car (part 7)

    Published on Jan 5, 2016

    Watch how NVIDIA DriveWorks can accurately model the environment around a car using sensors such as cameras, lidar, radar and GPS, presented at the Consumer Electronics Show 2016 in Las Vegas.

  3. #3


    CES 2016: NVIDIA DRIVE CX - Digital Dashboard and Infotainment System (part 8)

    Published on Jan 5, 2016

    Watch how NVIDIA DRIVE CX, our digital dashboard and infotainment system, presents complete information to drivers, demonstrated at the Consumer Electronics Show 2016 in Las Vegas.

  4. #4


    CES 2016: NVIDIA DRIVE PX 2 - A Self-Driving Car Supercomputer (part 9)

    Published on Jan 5, 2016

    Powered by a total of four next-generation GPUs and CPUs based on the Pascal architecture, the NVIDIA DRIVE PX 2 offers incredible specs and processing power. NVIDIA CEO Jen-Hsun Huang announces that Volvo Cars is the first partner to adopt the technology, at the Consumer Electronics Show 2016 in Las Vegas.


    GTC 2016: Deep Learning for Cars (part 10)

    Published on Apr 6, 2016

    NVIDIA CEO Jen-Hsun Huang describes how the open platform NVIDIA DRIVE uses AI to advance the driving experience, from infotainment to autonomous vehicles, and how the data gathered from sensor-filled cars will be used to create comprehensive HD maps, at the GPU Technology Conference.


    GTC 2016: Self-Driving Car Demo, Roborace and Wrapping Up (part 11)

    Published on Apr 6, 2016

    NVIDIA CEO Jen-Hsun Huang shows a demo of a self-driving car platform, called DaveNet, that uses deep learning to teach a car how to drive, at the GPU Technology Conference. He announces the world's first autonomous car race, Roborace, using NVIDIA DRIVE PX to power self-driving race cars. And he wraps up the five major news announcements NVIDIA made at GTC 2016.

  5. #5


    Mercedes-Benz concept car powered by NVIDIA DRIVE at CES 2016

    Published on Jan 7, 2016

    No concept car is complete without a jaw-dropping interior. And inside, the Mercedes IAA has an elegant digital dashboard powered by NVIDIA DRIVE CX, our automotive cockpit computer.
    "CES 2016: Auto Partners Worldwide Showing Off NVIDIA-Powered Products"

    by Danny Shapiro
    January 6, 2016

  6. #6


    Roborace and NVIDIA

    Published on Apr 11, 2016

    We’re putting our DRIVE PX 2 AI supercomputer into the cars that will compete in the Roborace Championship, the first global autonomous motorsports competition.

    Since the cars don’t need human drivers, these racecars are incredibly compact, and the designs — conceived by auto designer Daniel Simon, the man behind the light cycles of "Tron: Legacy" — are like nothing that’s been seen on a road, or a racetrack, before. There’s no room in these racers for the trunk full of PCs that powered earlier generations of autonomous vehicles.
    "Go, Autonomous Speed Racer, Go! NVIDIA DRIVE PX 2 to Power World’s First Robotic Motorsports Competition"

    by Danny Shapiro
    April 5, 2016

    Roborace, global race series for driverless electric cars

  7. #7


    NVIDIA self-driving car

    Published on May 12, 2016

    We’ve been working on developing an autonomous car that runs our deep-learning network, which we call DAVENET. Check out how this car turned out after 3,000 miles of learning in one month in this video.

    Self-driving cars was a key topic at GTC 2016. We showcased our DRIVE PX 2 system, and how it's able to sense, plan, and execute all phases of autonomous driving.

  8. #8
    "Introducing Xavier, the NVIDIA AI Supercomputer for the Future of Autonomous Transportation"

    by Danny Shapiro
    September 28, 2016

    Packed with 7 billion transistors, and manufactured using cutting-edge 16nm FinFET process technology, a single Xavier AI processor will be able to replace today’s DRIVE PX 2 configured with dual mobile SoCs and dual discrete GPUs — at a fraction of the power consumption.

  9. #9

  10. #10
    Article "Nvidia's Pegasus is the 'world's first' AI supercomputer for fully-autonomous robotaxis"
    Drive PX system will enable Level 5 driverless vehicles

    by Carly Page
    October 10, 2017

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