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Developing a Programmable “Interactive Ball” for Junior Blind Sports

Explore the development of a programmable interactive ball for visually impaired junior athletes. The project aims to enhance accessibility in sports through innovative robotics technology. Discover the integration of spatial audio feedback and vibrotactile signals in the design to provide a comprehensive experience for the blind. Learn about the challenges faced and future research directions in utilizing psychoacoustics to optimize the auditory perception for the visually impaired.

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Developing a Programmable “Interactive Ball” for Junior Blind Sports

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  1. Developing a Programmable “Interactive Ball” for Junior Blind Sports Surya Singh, Paul Pounds, Hanna Kurniawati, Louise Arvier, Ben McFie and Gerrard Gosens Vision 2014 Melbourne http://robotics.itee.uq.edu.auApril 2, 2014 The robotics design lab

  2. The Interactive-Ball UQ Robotics

  3. Our Goal: Accessible Robotics UQ Robotics

  4. Current Aids Are Not Smart UQ Robotics

  5. UQ Robotics

  6. UQ Robotics

  7. The Devil is in the Details UQ Robotics

  8. UQ Robotics

  9. Unexpected Challenges UQ Robotics

  10. Thank you

  11. Future Research Directions Earphone spatial audio feedback Belt unit with radio receivers, motion processor, and directional vibrotactile feedback wireless signals I-Ball with inertial sensors, ultrasonic and wireless transmitter module UQ Robotics

  12. Psychoacoustics for the Visually Impaired Maximize “perceived” loudness (by minimizing SPL/phons) UQ Robotics

  13. UQ Robotics

  14. Future Research Directions UQ Robotics

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