Just You, Just Me: Applying the constraints-led approach to binaural guitar performance.
Access status:
Open Access
Type
ThesisThesis type
Doctor of PhilosophyAuthor/s
Panucci, BenAbstract
This practice-led research project investigates novel approaches to solo electric guitar performance for an advanced learner by undertaking a constraints-led practice intervention with a purpose-designed hybrid instrument. The constraints-led approach is a nonlinear pedagogical ...
See moreThis practice-led research project investigates novel approaches to solo electric guitar performance for an advanced learner by undertaking a constraints-led practice intervention with a purpose-designed hybrid instrument. The constraints-led approach is a nonlinear pedagogical framework informed by ecological dynamics. Ecological dynamics merges findings from dynamical systems theory and ecological psychology, conceptualising the performer as a complex adaptive system able to self-organise under interacting constraints. To explore the framework, a hybrid electric guitar system utilising immersive audio technology was designed to provide atypical task and environmental constraints. The instrument affords real-time manipulation of spatialisation and requires headphone use. A self-regulated practice phase uncovered spatialisation performance techniques and the benefits of augmented auditory feedback for nonlinear learning. The research contributes ideas and materials to solo electric guitar performance and music-centred applications of constraints-led practice designs, with a particular focus on incorporating hybrid technology. The emergent, context-specific performance solutions discovered informed the creation of an original album of binaural solo electric guitar music.
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See moreThis practice-led research project investigates novel approaches to solo electric guitar performance for an advanced learner by undertaking a constraints-led practice intervention with a purpose-designed hybrid instrument. The constraints-led approach is a nonlinear pedagogical framework informed by ecological dynamics. Ecological dynamics merges findings from dynamical systems theory and ecological psychology, conceptualising the performer as a complex adaptive system able to self-organise under interacting constraints. To explore the framework, a hybrid electric guitar system utilising immersive audio technology was designed to provide atypical task and environmental constraints. The instrument affords real-time manipulation of spatialisation and requires headphone use. A self-regulated practice phase uncovered spatialisation performance techniques and the benefits of augmented auditory feedback for nonlinear learning. The research contributes ideas and materials to solo electric guitar performance and music-centred applications of constraints-led practice designs, with a particular focus on incorporating hybrid technology. The emergent, context-specific performance solutions discovered informed the creation of an original album of binaural solo electric guitar music.
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Date
2024Rights statement
The author retains copyright of this thesis. It may only be used for the purposes of research and study. It must not be used for any other purposes and may not be transmitted or shared with others without prior permission.Faculty/School
Sydney Conservatorium of MusicDepartment, Discipline or Centre
Department of JazzAwarding institution
The University of SydneyShare