| Project Title |
"Digital Encoding for Medieval Chant Transcription" |
| Funding Agency |
The Andrew W. Mellon Foundation |
| Dates of Funding |
October 1, 2001 - March 31, 2003 |
| Principal Investigator |
Prof. Thomas Forrest Kelly
Chair, Department of Music
Harvard University
|
| Software Engineer |
Prof. Louis W. G. Barton
St Anne's College, University of Oxford
|
| Advisory Board |
Prof. John A. Caldwell
University of Oxford
Dr. Jim Davies
University of Oxford
Dr. Annalisa Doneda
Università di Pavia
Prof. Ugo O. Gagliardi
Harvard University (retired)
Prof. James Grier
University of Western Ontario
Prof. Andreas Haug
Universität Erlangen
Dr. Peter G. Jeavons
University of Oxford
Dr. Bradford Maiani
Univ. of N. Carolina--Chapel Hill
Prof. Michael D. Smith
Harvard University
Dr. John Stinson
La Trobe University (emeritus)
|
| Software Technicians |
Dr. Jacqueline Elemans
Clare McInerney
Dr. Tillman Weyde
Jens Wissmann
|
| Other Technical Assistance |
Samuel H. Byland
Robert B. Garvey
Alexander Lüdeke
Vani Murthy
Barry Ng
Dr. Ruth Ripley
|
| Administration at Harvard |
Mary Gerbi
Karen Rynne
Fernando Viesca
|
| Mission |
Digital Encoding for Medieval Chant Transcription ("the Project") will produce a viable, long-term solution to an important
problem in content access, cultural conservation, and scientific study of medieval chant manuscripts. Specifically, the Project will
develop a much-needed software infrastructure that will enable digital transcription of the archaic forms of musical notation that
were used in these manuscripts.
Transcriptions created with this software will be interoperable across computer platforms, serve
a variety of uses, and have long-term usefulness. Anticipated uses include public access to content, programmable analysis
and comparison of chants, easier creation of examples in books and articles, interactive training of students, and so on.
This interdisciplinary project brings together computer scientists and some of the world's leading authorities on medieval music
notation. An importance of this project is as a test case for applying modern software-engineering techniques to a qualitative
field at a high level of sophistication.
|
| Results |
- A comprehensive taxonomy of neume forms including all notation genres.
- A data representation (including character code points and a context-free grammar) in the Private Use Area of the Unicode Standard to accommodate the special requirements of neume notation.
- A DTD in XML (called NeumeXML) that is the beta-test 'carrier' for neume character data in file transfer and storage.
- Program 'classes' in the Java programming language for data-entry of neume character data.
- A test suite of sample transcriptions drawn from a variety of neume notational genres.
- An informational Project Web site.
- Publication of results.
|