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Towards Open Source Hardware Robotic Woodwind: an Internal Duct Flute Player

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conference contribution
posted on 2024-02-07, 20:45 authored by Bethan Moncur, Garry Clawson, James Bennett, Kyle Fogarty, Charles FoxCharles Fox

We present the first open source hardware (OSH) design and build of an automated robotic internal duct flute player, including an artificial lung and pitch calibration system. Using a recorder as an introductory instrument, the system is designed to be as modular as possible, enabling modification to fit further instruments across the woodwind family. Design considerations include the need to be as open to modification and accessible to as many people and instruments as possible. The system is split into two physical modules: a blowing module and a fingering module, and three software modules: actuator control, pitch calibration and musical note processing via MIDI.The system is able to perform beginner level recorder player melodies.

History

School affiliated with

  • School of Computer Science (Research Outputs)

Publisher

ICMA

ISBN

9780971319264

Date Submitted

2022-05-16

Date Accepted

2022-04-01

Date of First Publication

2022-09-01

Date of Final Publication

2022-09-01

Event Name

International Computer Music Conference

Event Dates

3-7 July 2022

Date Document First Uploaded

2022-05-04

ePrints ID

49154

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