Solution Study
Monday, December 08
09:50 AM - 10:15 AM
Live in Dearborn, Michigan
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Radar is the backbone of autonomous driving safety, yet traditional validation methods—dominated by real-world field testing—are slow, costly, and difficult to replicate. As development cycles shrink and safety expectations rise, the industry needs a smarter approach. In this joint presentation, Keysight Technologies and General Motors reveal how they are redefining radar validation for autonomous vehicles. By shifting critical tests from unpredictable road conditions into controlled, repeatable lab environments, we unlock unprecedented speed, scalability, and precision.
Leveraging cutting-edge simulation and measurement solutions, this methodology bridges the gap between field and lab, enabling:
With a B.Sc. in electrical engineering and economics, Sven founded a company enabling companies to drive logistics with AI. He later worked in the automotive industry developing and ultimately managing test solutions for V2X. Currently, Sven is managing the Autonomous Drive Emulation program development as part of Keysight’s Automotive and Energy Solutions.
Hannah Zaremski is a Software Engineer at General Motors LLC, with over 6 years of experience specializing in sensor simulation and advanced driver assistance systems. Based at the Milford Proving Ground, Hannah has contributed to hybrid software engineering projects within the Sensor Simulation department, supporting innovation in automotive technology. Hannah's career reflects a commitment to technical excellence and collaborative problem-solving in a dynamic, forward-thinking environment.

