Teleoperation, a seemingly simple capability, involves a multitude of technologies and systems in order to be implemented safely. In the first article from this series we established what ...

A wearable, ultralight interface for bimanual teleoperation of a compliant, whole-body-controlled humanoid robot: This video presents an unobtrusive bimanual teleoperation setup with very low weight, ...

Microsurgery requires manipulating delicate tissue or fragile structures such as small blood vessels, nerves, and tubes through a microscope. The operation accuracy of humans' hand is about 0.1 mm ...

Autonomous vehicles (AVs) have already racked up thousands of uninterrupted hours of autonomous driving. But there are still plenty of cases where AVs need humans to intervene and guide their response ...

When it comes to edge cases – fallen trees, road work, officers directing traffic, etc. – autonomous vehicles (AV) continue to remain dependent on human assistance. Which is a key reason that, for the ...

Join our daily and weekly newsletters for the latest updates and exclusive content on industry-leading AI coverage. Learn More There is a lot of chatter right now about self-driving vehicles, which is ...

Teleoperation can be of assistance when a car that usually runs largely autonomously cannot cope on its own. DLR is conducting research into ways of implementing the concept of teleoperation. This ...

The goal of the Shared Autonomy for Teleoperation project is to help robots quickly learn from teleoperator controls what an operator would like the robot to do. After a robot determines the ...

(a) Steady-hand robot; (b) Micron; (c) “A 73” ; (d) New steady-hand robot; (e) Preceyes; (f) REMS; (g) Bern University robot. Microsurgery requires manipulating delicate tissue or fragile structures ...