AI-powered smart glasses for sensing and recognition of human-robot walking environments
D Rossos, A Mihailidis, B Laschowski - bioRxiv, 2023 - biorxiv.org
Environment sensing and recognition can allow humans and robots to dynamically adapt to
different walking terrains. However, fast and accurate visual perception is challenging …
different walking terrains. However, fast and accurate visual perception is challenging …
[PDF][PDF] AI-Powered Smart Glasses for Sensing and Recognition of Human-Robot Walking Environments
D Rossos, A Mihailidis, B Laschowski - academia.edu
Environment sensing and recognition can allow hu-mans and robots to dynamically adapt to
different walking terrains. However, fast and accurate visual perception is challenging …
different walking terrains. However, fast and accurate visual perception is challenging …
AI-Powered Smart Glasses for Sensing and Recognition of Human-Robot Walking Environments
D Rossos, A Mihailidis, B Laschowski - 2023 - europepmc.org
Environment sensing and recognition can allow humans and robots to dynamically adapt to
different walking terrains. However, fast and accurate visual perception is challenging …
different walking terrains. However, fast and accurate visual perception is challenging …
[PDF][PDF] AI-Powered Smart Glasses for Sensing and Recognition of Human-Robot Walking Environments
D Rossos, A Mihailidis - 2023 - researchgate.net
Environment sensing and recognition can allow robotic prosthetic legs and exoskeletons to
dynamically adapt to different walking terrains. However, accurate yet fast perception is …
dynamically adapt to different walking terrains. However, accurate yet fast perception is …
[PDF][PDF] AI-Powered Smart Glasses for Sensing and Recognition of Human-Robot Walking Environments
D Rossos, A Mihailidis, B Laschowski - researchgate.net
Environment sensing and recognition can allow hu-mans and robots to dynamically adapt to
different walking terrains. However, fast and accurate visual perception is challenging …
different walking terrains. However, fast and accurate visual perception is challenging …