KAIST's humanoid robot sprints, moonwalks and kicks a ball on a soccer field, showing smooth repeatable movement powered by ...

A humanoid robot rallies tennis shots with a human player in real time, using AI to track and respond without scripts or ...

New AI platform enables robots to learn and replicate real human movement, powering next-gen humanoid systems, ...

AI stacks require heavy processing and high energy use. Humanoid robots run on batteries with limited power. This makes it ...

A look into future technologies, from lifelike bionic hands to robots with real emotions and machines powered by living ...

Reinforcement Learning (RL) has rapidly emerged as a powerful approach for enabling robots to acquire adaptive, data-driven behaviors in real-world ...

Precision in human-robot interaction depends on the ability to recognise and track human faces along with detailed facial ...

Research team led by Dr. Jeong-Jung Kim (third from left) of the Department of AI Machinery, Research Institute of AI Robotics, KIMM, which developed the RoGeTA (Robot General Task AI) framework. A ...

When human picks up a fragile raw egg, or a slippery and heavy metal cup, human hand naturally adjusts its grip according to its tactile experience to prevent slipping or crushing. For robots, such ...

A new sensor gives robots a human-like sense of touch, helping them handle objects safely while improving wearables and ...

Unlike the controlled environments of factories or warehouses, everyday communication in homes is filled with ambiguity that ...

The robots are ready to work. Rapid advancements (thanks, AI!) are creating opportunities in industries as varied as ...