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        XDF Frankfurt 2018 Keynote: Daimler Intelligent Interior AI Collaboration

        Thomas Kaelberer of Daimler describes the MBUX Interior Assistant, a first-of-its-kind AI solution in the new Mercedes GLE Sport Utility Vehicle. The Xilinx platform was chosen to due to the best performance-per-watt and lowest latency for the thermally constrained compute subsystem location in the roof of the vehicle.

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        Perrone Robotics “MAX” Software Platform for Autonomous Vehicles: Powered by Xilinx

        The MAX autonomous vehicle software platform enables rapid development through easy integration of sensors and control logic for self-driving operation. Zynq MPSoCs provide accelerated processing of data from LIDAR, GPS, Cameras, and others for a highly differentiated solution that is safe, scalable and real-time responsive.

        ZF ProAI Gen 3 for Automated Driving to Level 4: Powered by Xilinx

        Xilinx Fellow Ralph Wittig demonstrates the Zynq® Ultrascale+™ MPSoC ZU11 Performance Board for the ProAI Gen3 platform, developed in proud collaboration with ZF. The Xilinx processor brings low latency, power efficient AI computing to ZF’s platform. The CES showcase demonstrates AI networks for driving scene segmentation and pedestrian pose detection running on dual-core Xilinx DPU deep learning processors on ProAI Gen3. Xilinx also powers the real-time data aggregation, pre-processing, and distribution of sensor information from Cameras, Lidars, and Radars.

        From Autonomous Cars to Cyber Security and Accelerated Computing: Powered by Xilinx

        Xilinx customers are innovating across a wide variety of applications through increasing leverage of machine learning.

        Metoak Technology Visual Sensors for ADAS and Autonomous Driving: Powered by Xilinx – Demo Shorts

        Metoak Technology demonstrates their onboard visual sensing module for ADAS and autonomous vehicle with features such as the ability to detect the drivable zone of a vehicle in real time. The module leverages the parallel processing capabilities of Zynq SoCs to enable high performance and low latency 3D deep sensing computation.

        Embedded World 2017: Driver Monitoring System for Zynq - Presented by Xylon

        This demonstration shows real-time head and eyelid tracking combined with precision gaze direction measurement, allowing reliable driver attention and driver state detection under a wide range of challenging real-world conditions. Driver Monitoring System (DMS) is a critical element to a safe transition toward automated driving (AD) as it becomes imperative for AD systems to have knowledge of a driver’s ability to take back control of the vehicle as accident prevention. The Xylon DMS, enabled on the Xilinx Zynq SoC, is a mature, automotive qualified platform that provides the flexibility required to optimize system partitioning for vision processing performance at an affordable cost and relatively low power profile.