Advanced Intelligent Systems

The development of a precision positioning robot with unhindered motion can be a huge step forward for medical procedures, microfabrication, and more.

This innovative technique allows for precise measurement of brain activity without the need for open-brain surgery by using blood vessels as conduits for electrodes. This holds immense potential for improving neurological care, advancing our understanding of the brain, and unlocking new possibilities for brain-computer interfaces.

Researchers find a way to eliminate the issue of friction when it comes to the speedy and precise delivery of small components for miniature electronics and other applications.

Researchers unveil a bio-intelligent insect system using UV light to guide movement, reducing harm while improving control.

Until now, when looking for a robot, the choice was between one that was autonomous and cordless, one that enabled high-precision manipulation, and one that could be used in extreme real-world environments. The HB-3 robot is the first that ticks all boxes.

- Research on tortoise-inspired robots by DGIST Professor Dongwon Yun’s team selected as cover paper for prestigious international journal Advanced Intelligent Systems - Acknowledged for originality and excellence of the robot energy efficiency enhancement technology mimicking the gait and postural patterns of tortoises

Researchers from The University of Tokyo Institute of Industrial Science use a machine learning approach to successfully predict material properties that have never before been determined