Digital Musical Instruments (DMIs) are musical instruments typically composed of a control
surface where user interaction is measured by sensors whose values are mapped to sound …

Cutting edge embedded systems have always been a part of NIME's practices. Low-
resource computing hardware, such as microcontrollers or single-board computers, can be …

In many contemporary societies, the pervasiveness of technology is constantly expanding.
From communication to social networks, digital health and welfare services, every aspect of …

We introduce a method for imposing higher-level structure on generated, polyphonic music.
A Convolutional Restricted Boltzmann Machine (C-RBM) as a generative model is combined …

Interaction based on human movement has the potential to become an important new
paradigm of human-computer interaction. However, high quality, mainstream movement …

We present a set of probabilistic models that support the design of movement and sound
relationships in interactive sonic systems. We focus on a mapping-by-demonstration …

For several decades NIME community has always been appropriating machine learning
(ML) to apply for various tasks such as gesture-sound mapping or sound synthesis for digital …

Gesture-to-sound mapping is generally defined as the association between gestural and
sound parameters. This article describes an approach that brings forward the perception …

Technologies for sensing movement are expanding toward everyday use in virtual reality,
gaming, and artistic practices. In this context, there is a need for methodologies to help …

This chapter explores the potential of Artificial Intelligence (AI) for art music composition,
focusing on how AI can transform musical tasks and shape compositional ideas. In this …