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Curriculum Vitæ

Contact Details

Ongoing Projects

Selected Publications

Invited Presentations

Software

Technology Demonstrations

Nick Bailey

Photograph Nick Bailey is a Director of the Centre for Music Technology and is based in the Department of Electronics and Electrical Engineering at The University of Glasgow.

Upon graduating from The University of Durham in 1987, he worked at British Telecom Applied Technology "Comms Division" writing bespoke software for BT's larger customers, and maintaining large databases on alarmingly obsolete mainframe computers. Thus equipped with a working knowledge of the unhappy bedfellows of applied signal processing and corporate computing, he left as soon as etiquette would permit to return to Durham to read for a Ph.D. in The Application of Parallel Computers to the Processing of Musical Signals.

Appointed Lecturer in Electronic Engineering at the University of Leeds, he was a founder member and Deputy Director of their Interdisciplinary Centre for Scientific Research in Music (ICSRiM).

In 2000, he moved to The University of Glasgow to take over the directorship of the Electronic Engineering aspect of the CMT.

Contact Details

Dr Nicholas Bailey
Director, Centre for Music Technology
Dept of Electronics & Electrical Enineering
University of Glasgow
Rankine Building
Oakfield Avenue
Glasgow G12 8LT

tel +44 (0)141 330 4903

Previous Positions

1986–1987: Executive Engineer, British Telecom PLC, BT Applied Technology Communications Group (non-executive since 1983).
1990–1991: Temporary Lecturer, School of Engineering and Computing Science, University of Durham. 1991–2000: Lecturer in Electronic Engineering, University of Leeds. Deputy Director and founder member of Leeds University's ICSRiM (Interdisciplinary Centre for Scientific Research in Music)
2000–Present: Senior Lecturer, Department of Electronics and Electrical Engineering, The University of Glasgow; Director, Glasgow University Centre for Music Technology. A founder member and creator of n-ISM.

 

Ongoing Research Projects

Bogen

Empirical Study of Bowing Techniques in Bartok's Third String Quartet and other works. The Principal Investigator for this project is Carola Boehm (Head of Department of Contemporary Arts, Manchester Metropolitan University) Co-Investigators: Dr Amanda Bayley (Wolverhampton University); Prof Graham Hair.

Pierrot Lunaire

Empirical Study of Vocal Techniques in Schoenberg's Pierrot Lunaire The Principal Investigator for this project is Jane Manning (international soprano) Co-Investigators: Mr Ben Hillman and Prof Graham Hair.

Listening to Music: Interdisciplinary Perspectives on Measurement, Analysis and Interpretation.

Conference and Colloquium Series, 2008–2010.

Performance Markup Language

Computer analysis of musical performance requires simultaneous consideration of the score and the resulting performance data, because interesting information about the performance is contained within a performer's inflections and departure from the strict score rather than in the measured performance information itself. A method of representing these and possibly many other aspects of a given performance is therefore required. Performance Markup Language (PML) is an open, extendable XML-based representation which is intended to be used as a basis for systems used to investigate elements of musical performance. It can be used to extend XML-based musical notation representations to include support for the representation of performance markup and analytical structures. Home page: http://www.n-ism.org/Projects/pml.php

Selected Previous Research Projects

Multimodal Analysis of the Performance of Chopin's B-flat minor Sonata Finale

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Animatics for the Web (2002–2004)

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OpenDrama — The Digital Heritage of Opera in the Open Network Environment (2001–2004)

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Rehearsing Microtonal Music: Grappling with Performance and Intonational Problems (2006–2007)

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CIRCUS (Content-Integrated Research into Creative User Systems)

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DMRN (Digital Music Research Network)

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Selected Publications

2013 Show/Hide

Jennifer MacRitchie and Nicholas J Bailey Efficient Tracking of Pianists' Finger Movements Journal of New Music Research (Under Review)

2012 Show/Hide

Manlio Tassieri1, R M L Evans, Rebecca L Warren, Nicholas J Bailey and Jonathan M Cooper Microrheology with Optical Tweezers: Data Analysis New J. Phys. 14 (2012) 115032
Jennifer MacRitchie, Bryony Buck and Nicholas J Bailey Inferring Musical Structure through Bodily Gestures Musicæ Scientiæ (In press)

2011 Show/Hide

Graham Percival, Nicholas Bailey, George Tzanetakis Physical Modeling meets Machine Learning: Teaching Bow Control to a Virtual Violinist 8th Sound and Music Conference, Padova, 2011.
Cordelia Hall, John T. O'Donnell, and Nicholas Bailey BowScribe: Supporting the violinist's performance model. International Symposium on Performance Science (ISPS 2011), August 2011, Toronto.

2010 Show/Hide

Bryony Buck, Nicholas Bailey, Jennifer MacRitchie, Richard Parncutt Performers' Body Motion and Phrase Structure: The role of velocity magnitude. 3rd International Conference on Music and Gesture, McGill University, Montreal, Canada, 2010.

2009 Show/Hide

Stuart Pullinger, Nicholas Bailey, Jennifer MacRitchie, Margaret McAllister Computer Assisted Analysis and Display of Musical and Performance Data Proceedings of the International Symposium of Performance Science Auckland, New Zealand
Bryony Buck, Jennifer MacRitchie, Nicholas Bailey Perceptual recognition of embodied musical structure Musical Body Conference 2009, Institute for Music Research. IMR, University of London UK
Jennifer MacRitchie, Bryony Buck, Nicholas Bailey Visualising Musical Structure through Performance Gesture Proceedings of the 10th International Society for Music Information Retrieval Conference, 26th-30th October 2009, Kobe, Japan
Jennifer MacRitchie, Bryony Buck, Nicholas Bailey Gestural Communication: Linking the Multi-Modal Analysis of Performance to Perception of Musical Structure Proceedings of the International Symposium of Performance Science Auckland, New Zealand
Jennifer MacRitchie, Stuart Pullinger, Graham Hair, Nicholas Bailey Communicating Phrasing Structure with Multi-Modal Expressive Techniques in Piano Performance Proceedings of The Second International Conference on Music Communication Science, 3-4 December 2009, Sydney, Australia

2008 Show/Hide

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Invited Presentations

2008/9 Show/Hide

Empiricism and Listening: Remarks on the Relationship between Measurement, Analysis and Interpretation with Graham Hair "Listening, Audiences and Participation" Colloquium, The Open University, Milton Keynes, UK, November 16-17, 2009
View Paper Informing Microtonal Performance through Listening with Alex South (clariettist) "The Anatomy of Listening" Colloquium, Glasgow University (2009).
Empirical Studies of Musical Performance: Measurement, Analysis & Interpretation with Graham Hair and Ben Hillman Grove Forum, Royal College of Music, London, January 15, 2009
Department of Adult and Continuing Education (DACE) Study Day with all contemporary CMT members Glasgow University, June 14, 2008

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Released Software

Rosegarden Codicil

This is an interrim release of the Glasgow Pitch Tracker codicil for Rosegarden. If you are looking for a regular version of Rosegarden, the great MIDI sequencer for Linux, you should go to the main site at http://www.rosegardenmusic.com/. This released is based on an old version, modified slightly to compile and install on a modern Linux box (tested on Ubuntu 9.04 "Jaunty"). It will only be of any use to you if you intend to run experiments in systematic musicology, or need to use the microtonal real-time pitch trajectory analysis capability.

You can download what you need from this directory. For easy installation, please attend to the README file.

Technology Demonstrators

The Chopanalyser

A demonstration of capture of performance analysis and their presentation alongside the musical score. http://markov.music.gla.ac.uk/Click-Chopin/

The Microtonal Worm

A demonstration of the algorithm we use to locate note boundaries automatically. Works even for non-standard scales. http://markov.music.gla.ac.uk/Worm/