Abbey Road Red's Hash Riaz tells us about how music technology can be used to level the playing field for Disabled musicians.For many, music is the universal language, but the process of music creation and performance are not accessible to everyone. There are over 11 million people with a limiting long-term illness, impairment or Disability in the UK, yet many of the typical ‘off the shelf’ instruments are not suited to the Disabled community. This creates a clear demand for new accessible music technologies to create and perform music. One of the organisations on a mission to bridge this gap is
Human Instruments, whose vision is to research, design and develop high-quality musical instruments for people with physical disabilities. We recently caught up with Human Instruments co-founder and creative technologist
Vahakn Matossian to talk about one of his latest projects -
The Haptic Baton.
The Haptic Baton, developed in collaboration with programmer and developer
Charles Matthews, and supported and tested by the
Paraorchestra and friends, helps visually impaired musicians to perform live alongside other musicians within a group. This is made possible using an augmented conductor’s baton, which as Vahakn explains “relates the abstract dance of the conductor's hand gestures into a sensory input/feeling” that can be felt by the musician. Motion sensors inside the baton send data to a micro-controller, which converts and wirelessly transmits the movement data to wearable wristbands via radio transmission (similar to on-stage wireless microphone technology). Musicians can wear the left and right wristbands on their respective wrists/arms/ankles and feel the baton movements as haptic vibrations and rather than following the visual cues of the conductor’s baton, musicians feel the cues instead.
A system of this kind would suffer if there is noticeable latency (delay) between the baton movements and the vibrations felt by the musicians. To combat this and to ensure the system was both stable and reliable, Vahakn employed wireless technology from Shure, who supported the project with their PSM900 in-ear monitoring system.