This paper describes how polyphonic pickup technology can be adapted for the spatialization of electric stringed instruments such as the violin, cello and guitar. It is pro-posed that mapping the individual strings to different spa-tial locations integrates the spatial diffusion process with the standard musical gestures of the performer. The devel-opment of polyphonic guitar processing is discussed and a method of adapting MIDI guitar technology for this pur-pose is presented. The compositional and technical strata-gies used with various augmented instruments is presented along with an analysis of three compositions by the author for spatialized hexaphonic guitar
Musical instruments are tools used to generate sounds for musical expression. Virtual Reality (VR) a...
Spatial position is one of the main perceivable sound characteristics. Due to historical and technol...
This paper outlines technical and aesthetic approaches to sound spatialisation for electroacoustic m...
This dissertation deals with strategies in spatialization of music. It tries to explore a certain co...
This article will explore practical and aesthetic questions concerning spatial music performance by ...
The use of space as a structural part of a composition is a complex issue that involves rethinking t...
This work studies the use of signal-driven synthesis algorithms applied to an augmented guitar. A ro...
Contemporary guitar design, pedagogy and performance practice methods present a series of multidisci...
This work studies the use of signal-driven synthesis algorithms applied to an augmented guitar. A ro...
This term paper focuses on the design of several possible methods of electroacoustic transduction (f...
This presentation will describe the use of interaction and spatialization in the realization of thre...
This research questions how the expressive range of the saxophone / bass clarinet can be extended in...
The implementation of real-time music technology within an improvisatory performance practice raises...
Novel Musical Applications and Design Techniques for the Gametrak tethered spatial positioning contr...
This paper presents an ongoing project for augmenting acoustic instruments with active acoustics. Ac...
Musical instruments are tools used to generate sounds for musical expression. Virtual Reality (VR) a...
Spatial position is one of the main perceivable sound characteristics. Due to historical and technol...
This paper outlines technical and aesthetic approaches to sound spatialisation for electroacoustic m...
This dissertation deals with strategies in spatialization of music. It tries to explore a certain co...
This article will explore practical and aesthetic questions concerning spatial music performance by ...
The use of space as a structural part of a composition is a complex issue that involves rethinking t...
This work studies the use of signal-driven synthesis algorithms applied to an augmented guitar. A ro...
Contemporary guitar design, pedagogy and performance practice methods present a series of multidisci...
This work studies the use of signal-driven synthesis algorithms applied to an augmented guitar. A ro...
This term paper focuses on the design of several possible methods of electroacoustic transduction (f...
This presentation will describe the use of interaction and spatialization in the realization of thre...
This research questions how the expressive range of the saxophone / bass clarinet can be extended in...
The implementation of real-time music technology within an improvisatory performance practice raises...
Novel Musical Applications and Design Techniques for the Gametrak tethered spatial positioning contr...
This paper presents an ongoing project for augmenting acoustic instruments with active acoustics. Ac...
Musical instruments are tools used to generate sounds for musical expression. Virtual Reality (VR) a...
Spatial position is one of the main perceivable sound characteristics. Due to historical and technol...
This paper outlines technical and aesthetic approaches to sound spatialisation for electroacoustic m...