Latest Articles for Robot

New methods improve how robots learn and adapt to tasks.

A new simulator evolves agents capable of culture and reasoning.

Researchers use Reinforcement Learning to enhance off-road navigation for wheeled robots.

Researchers train robots to skateboard using advanced learning methods.

The SHULDRD device enhances testing in human-robot interactions safely.

Using AI, we improve robotic waste sorting in rivers.

A new framework improves how surgical robots learn and adapt.

A new robot tackles pollination challenges for indoor strawberry farming.

New experiments reveal how underwater robots affect Atlantic salmon in fish farms.

This paper discusses how tactile sensing enhances robot interaction with humans of varying abilities.

New method improves quadruped robot movement across challenging terrains.

Study reveals how movement impacts trust between humans and robots during teamwork.

Robots can help identify and manage hazards at home.

CurricuLLM helps robots learn complex tasks more effectively through structured training.

New smart sensor system improves indoor movement efficiency in healthcare settings.

How augmented reality and robots are transforming agriculture.

A user-friendly programming language for engaging robotics education.

Engineers use Control Barrier Functions to keep robots safe around people.

Robots can better assist us by understanding our arm movements with new technology.

BAMAX helps robots work together efficiently in maze exploration.

Legged robots learn to work together safely for heavy lifting tasks.

VeriGraph enhances robot cleaning efficiency through advanced scene graph technology.

Combining Learning from Demonstration and Reinforcement Learning for better robot performance.

Genex allows robots to visualize surroundings, aiding decision-making without moving.

Robots collaborate to discuss and share cultural insights from around the world.

Robots enhance efficiency through better planning for future tasks.

Soft robots learn pen spinning skills with a new system called SWIFT.

Discover how touching social robots affects stress and risk-taking.

A unique blend of human dance and robotic precision unfolds over eight hours.

GLOVER enables robots to grasp objects more effectively using language and visual cues.

A tool to improve robot maze navigation skills.

Machines can learn continuously, improving without losing past knowledge.

Robots now tilt objects for easier lifting, enhancing efficiency in various tasks.

AI enhances beamline alignment, speeding up research efficiency.

FoAR enhances robot performance in contact-rich tasks by combining touch and visual data.

Robots use images to navigate urban areas more accurately without GPS dependence.

Robots learn to support workers by predicting their needs in busy factory settings.

Teaching robots to navigate indoor spaces while avoiding obstacles and understanding commands.

Robots improve precision in eye injections for age-related macular degeneration.

New model allows robots to recognize gestures from 28 meters away.