A team of biologists and robotic engineers in Germany has created a robot control system inspired by how zebrafish swim in ...

The Next Generation 775, previewed at Bauma in Munich will eventually replace the 775G as Cat continues its march to a ...

Those real-world examples are beginning to emerge. Yokogawa’s autonomous control systems are built around factorial kernel dynamic policy programming (FKDPP), which is an AI reinforcement learning ...

They are typically used to control and monitor physical processes, such as those used in robotics, industrial automation, and transportation systems. Common examples of these systems include ...

World Economic Forum 2025: Indian businesses are making significant investments in robotics, autonomous systems ... new MB.OS operating system, as carmakers seek more control over technology ...

This research group carries out world leading research in robotics and autonomous robotic systems by investigating key research problems of sensing, control, decision making and system integration.

What if they go rogue or spiral beyond human control? What if threat actors ... dangers and malicious use cases posed by autonomous AI systems. 1. The Risk Of Unrestrained Access And Autonomy ...

The era of the remote workforce has brought to light a cross-industry need for resilient, futureproof industrial control systems supporting more efficient, sustainable, and safe manufacturing plants.

Through this FAA and DoD pilot, COAST will showcase advancements in airfield management by deploying a unified C2 system that ...

Students in our graduate certificate in Safety and Security of Autonomous Cyber-Physical Systems learn cyber-physical safety and security strategies arising from modern, advanced system control ...

We carry out world leading research in robotics and autonomous systems at the intersection of robotics, control, embodied intelligence and machine learning. We carry out world-leading research in ...