Defensive driving is a necessary aspect of road travel. Autonomous vehicles will need the same skills, which can be trained using virtual environments such as the Autonomous Drive Emulation platform.
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An independent survey of automotive decision-maker found the five focal areas that are needed to bridge the gaps in connected autonomous vehicles, ranging from test strategies to better cybersecurity.
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Autonomous vehicles will only be as safe, reliable and efficient as the communications supporting them. Network modeling and simulation provide a means to test networks in a safe manner.
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Daniel Bogdanoff brings you behind the doors of Keysight Labs for a demonstration of an innovative way of testing ADAS/autonomous vehicle system and exercising radar sensors.
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Vehicles with Level 5 autonomy will need to assess full roadway scenes. Keysight’s Autonomous Drive Emulation platform enables extensive hardware-in-the-loop testing of those scenarios.
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This SAE Special Report sponsored by Keysight Technologies highlights how test systems help accelerate the drive towards fully autonomous transportation.
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As cars get smarter they become vulnerable to new threats. In this KU course, learn about the challenges, why regulators are getting involved, and how to deploy an automated approach to cybersecurity.
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Training and testing autonomous vehicles in the field is difficult and time-consuming. Full-scene radar emulation provides the means to perform extensive trials of ADAS.
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Keysight's Autonomous Drive Emulation platform recreates realistic scenarios in a safe way to support the extensive testing needed for SAE Level 3+ autonomy.
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Making the leap to autonomous driving presents a unique set of challenges for testing sensors such as radar. One solution is full scene emulation to fully exercise in-vehicle systems.
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Radar and Lidar sensors are becoming key elements of ADAS. This webinar examines how target simulators for these two technologies can accelerate testing.
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Automotive millimeter-wave (mmWave) radars can enable safer driving. Its use requires minimizing propagation loss, phase noise, IQ, and frequency response errors.
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This poster shows the industry-leading design and test solutions that help bring automotive radar capabilities to market faster.
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Wireless companies are working to bring 5G autonomous driving technologies to reality together with 802.11p and LTE. This white paper shows how they will enable the transition to C-V2X.
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This webinar provides an overview of NR-V2X fundamentals and how 5G and URLLC support enhanced safety and advanced use cases.
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A trial of V2X technology in Georgia, US has demonstrated the power of the technology in improving traffic flows. Cellular V2X will be the key to mainstream success.
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Learn how Keysight V2X solutions are accelerating the industry’s evolution toward the goal of fully autonomous vehicles and ensure seamless automotive communication.
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