The group created a physical AI-based vehicle state estimation system designed to track how electric vehicles behave in real ...

A research team led by Professor Kanghyun Nam from the Department of Robotics and Mechanical Engineering at DGIST has ...

Building the “brain” that guides a self-driving car or other autonomous vehicle is challenging enough. Ensuring this digital pilot remains reliable when moving from clean computer simulations to the ...

Autonomous vehicle control and motion planning encompasses a diverse suite of methodologies that enable vehicles to navigate complex environments safely and efficiently. This rapidly evolving field ...

While sitting in urban traffic for hours, drivers may daydream about launching into the air and soaring above the congestion. Associate Professor Zhenbo Wang, of the Department of Mechanical, ...

Autonomous tugs are now live at Tokyo’s airport, combining electric power, self-positioning sensors, and remote guidance in a ...

The steering wheel can be deployed when the driver wants to take control of the vehicle or when the car is being operated in a zone or in conditions that do not legally allow L4 autonomous driving, ...

Once a wild dream, self-driving vehicles are already on public roads, in some cases hauling people inside cities. Tesla even self-delivered a car from the factory to a customer's house with no one in ...

No audio available for this content. SBG Systems’ INS Ellipse-D powers Leo Drive’s autonomous car. The evolution of autonomous vehicles has been a fascinating journey, transforming from science ...