This chapter presents an overview of Interactive Machine Learning (IML) techniques applied
to the analysis and design of musical gestures. We go through the main challenges and …

Sonic interaction is the continuous relationship between user actions and sound, mediated
by some technology. Because interaction with sound may be task oriented or experience …

Our body can be seen as an anchor that tightly connects us with the surrounding physical
world. Concepts of body‐centred interaction have been successfully applied in virtual and …

Tangible Scores are a new paradigm for musical instrument design with a physical
configuration inspired by graphic scores. In this paper we will focus on the design aspects of …

A recent paradigm shift in music research has allowed scholars to examine the macro-and
micro-processes taking place within musical performance and underlying cognitive …

We present a system that allows users to try different ways to train neural networks and
temporal modelling to asso-ciate gestures with time-varying sound. We created a soft-ware …

This article presents a custom system combining hardware and software that senses
physiological signals of the performer's body resulting from muscle contraction and …

This chapter highlights the special nature of Foley sounds, both in terms of their aesthetic
possibilities and their creation by expert performers in the production process. It argues that …

The cinematic sound design practice of Foley developed from a rich history of performative
sound design through materials, objects and mechanical devices created for theatrical …

We present a sonic interaction design approach that makes use of deep reinforcement
learning to explore many mapping possibilities between input sensor data streams and …