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Multiple Imaging Radars Integrate with INS/GNSS via AUTO Software Reliable and Accurate Positioning for Autonomous Vehicles and Robots

Difficult GNSS environments and adverse weather conditions require a fusion of many sensors to maintain lane-level accuracy for autonomous platforms, without in

Instant Vehicle Tracking Software Unveiled for Automakers and Integrators

SALTO Systems names Scott Ziebell as the Regional Sales Manager

TDK company TPI and Uhnder to deliver world-class localization with digital imaging radar for autonomous platforms

TDK company TPI and Uhnder to deliver world-class localization with digital imaging radar for autonomous platforms Trusted Positioning Inc. (TPI), a TDK Group Company and leader in inertial navigation software, and Uhnder, a leader in digital radar technology have partnered to develop a localization reference design with world-class accuracy and performance with Uhnder’s software-defined digital radar sensor and TPI’s AUTO positioning software. The partnership between Uhnder and TPI will enable end customers to use the reference design to quickly incorporate Uhnder radar with TPI AUTO software to obtain lane-level positioning accuracy in all environments and progress their products to market quicker.

World-class localisation with digital imaging radar for autonomous platforms

World-class localisation with digital imaging radar for autonomous platforms TDK Corporation has announced the partnership of Trusted Positioning Inc (TPI), a TDK Group Company, and Uhnder. The companies have partnered to develop a localisation reference design with world-class accuracy and performance with Uhnder’s software-defined digital radar sensor and TPI’s AUTO positioning software. The combined solution offers lane-level positioning accuracy in urban areas where GNSS fails, and under all weather and lighting conditions where cameras and lidars face environmental challenges. Uhnder’s innovative, fully digital 4D software-defined imaging radar technology uses DCM to replace traditional analog frequency modulation. This breakthrough patent-pending architecture allows unrivalled angular resolution and interference rejection. The company’s use of DCM also provides HCR to resolve juxtaposed objects previously undetectable by conventional radar sensors, particularly in lon