The University of Maryland is creating a new institute focused on Artificial Intelligence (AI) technology, even though there are already many programs using it. One such program is VAIolin, which utilizes AI to assess a player’s posture and performance while learning how to play the violin.
Anna Kelleher, a Master’s degree student in Music Performance, shared her experience with the new technology. She explained that the software detected a flaw in her posture as she held her violin at an angle that was too flat. The AI recommended that she adjust her posture slightly and provided her with on-screen feedback on how to improve.
Snehesh Shrestha, a Ph.D. student in Computer Science and member of the team developing the technology, discussed its features. He mentioned that it detects errors in posture and provides real-time feedback to help players correct their technique. Cornelia Fermüller, a Research Scientist and Co-Director of the Perception and Robotics Group, highlighted the use of machine learning and neural networks in creating the technology.
The development process involved using green screens and motion capture sensors; however, now the technology can be accessed using a computer’s built-in camera. Lindsey Mastis, a reporter covering Artificial Intelligence for 7News On Your Side, tested the technology herself and experienced immediate improvement in her sound by adjusting her posture.
Apart from posture correction, VAIolin includes a haptic wrist strap that simulates the sensation of a violin bow moving across strings. This feature helps students maintain tempo and practice without needing access to a violin physically. The team behind VAIolin aims to make this technology accessible at an affordable price so that more people can enhance their playing skills quickly and safely.
Overall, VAIolin is an innovative AI-powered tool that offers numerous benefits for musicians looking to improve their skills efficiently while minimizing physical strain or injury risks associated with traditional methods of learning or practicing violin playing techniques.
In conclusion, The University of Maryland’s new institute focuses on Artificial Intelligence (AI), despite already having several programs utilizing this technology effectively. One such program is VAIolin – an AI software designed to assist individuals in learning how to play the violin by assessing their posture and performance accurately.
Anna Kelleher shared her positive experience with VAIolin while pursuing her Master’s degree in Music Performance at UMD.
Snehesh Shrestha explained how VAIolin uses machine learning algorithms to detect errors in posture and provide real-time feedback on corrective measures.
Cornelia Fermüller highlighted how neural networks were used during development processes for improved accuracy.
Lindsey Mastis tested VAIolin herself and experienced immediate improvement by adjusting her posture while practicing without access to physical violins.
VAIolin has numerous features like haptic wrist straps simulating bow movements for maintaining tempo while practicing without violins physically.
