Researchers at Cornell University have created a robot called ReMotion that provides a physical space for users to collaborate remotely with others. The robot mimics the user’s movements in real-time and conveys body language to preserve nonverbal cues that are lost in virtual environments.
How ReMotion Works
ReMotion is a six-foot-tall robot that utilizes omnidirectional wheels and a monitor for a head. It is equipped with game-engine software for brains and automatically mirrors the user’s movements, thanks to another device called NeckFace. Remote users wear NeckFace to track head and body movements, and the data is sent remotely to ReMotion in real-time.
Benefits of ReMotion
The robot enables rapid and dynamic interactions, which is not possible with other telepresence robots where remote users need to control them manually. Virtual reality and mixed reality collaboration require an active role from the user and may limit peripheral awareness. A study conducted with ReMotion showed that participants experienced a better connection with their remote collaborators and significantly higher shared attention.
Future Developments for ReMotion
Currently, ReMotion only works for two users in a one-on-one remote environment, and each user must occupy identical physical spaces. However, developers intend to explore asymmetrical scenarios, such as a single remote team member collaborating with multiple teammates in a larger room. With further development, ReMotion could be deployed in virtual collaborative environments, classrooms, and other educational settings.
In conclusion, ReMotion is a game-changing robot that has the potential to revolutionize remote collaboration. It preserves nonverbal cues that are important for carrying out design activities and enables rapid and dynamic interactions. With further development, ReMotion could be deployed in various settings, making remote collaboration more efficient and effective.
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