Today we’re spotlighting “An investigation into the effect of sweat and moisture on the performance of in-ear monitors,” by Ross Gilmour, Jon Burton, and Adam Hill, which offers critical insights into an often-overlooked aspect of live performance technology – the effect of perspiration on in-ear monitors (IEMs). This study is a valuable resource for musicians, sound engineers, and equipment manufacturers, as it sheds light on how moisture impacts the functionality and sound quality of IEMs. This research was led by Ross during his final year project on our BSc (Hons) Sound, Light and Live Event Technology course and was supported by Cosmic Ears.
What is the title of the paper?
An investigation into the effect of sweat and moisture on the performance of in-ear monitors
What is the paper about?
The paper investigates how sweat and moisture affect the performance of in-ear monitors (IEMs) used during live events. It explores the impact of moisture on sound quality and IEM functionality through various tests involving artificial sweat and a 3D-printed ear model.
Why should people be interested in this work?
People should be interested in this work because it addresses a common but under-researched issue affecting musicians and sound engineers. Understanding moisture’s impact on IEMs can lead to better design, usage practices, and overall performance quality during live events, enhancing the experience for both performers and audiences.
What’s the full citation for the paper?
Gilmour, R.; J. Burton; A.J. Hill. “An investigation into the effect of sweat and moisture on the performance of in-ear monitors.” Proc. IOA Conference on Reproduced Sound. Bristol, UK, November, 2023.
Where can the paper be accessed online?