Music Representation of Score, Sound, MIDI, Structure and Metadata All Integrated in a Single Multilayer Environment Based on XML - Intelligent Music Information Systems: Tools and Methodologies - page 328

acknoWledgment

Haus, G. (1998). Rescuing La Scala's music ar-
chives. Computer, 31 (3), 88-89.

The MX standard, on which this work is based,
has been sponsored by the IEEE CS Standards
Activity Board and financially supported by the
global fund Intelligent Manufacturing Systems
(www.ims.org). The authors want to acknowledge
researchers and graduate students at LIM, and
the members of the IEEE Standards Association
Working Group on Music Application of XML
(PAR1599) for their cooperation and efforts.
Special acknowledgments are due to: Denis Baggi
for his invaluable work as working group chair
of the IEEE Standard Association WG on MX
(PAR1599); Mariapia Ferraris and Cristiano Osti-
nelli (Ricordi) for their fundamental contributions
as regards the original material (autographic and
printed scores, sketches, pictures, photos) used in
MX Navigator.

Haus, G., & Longari, M. (2005). A multilayered
time-based music description approach based on
XML. Computer Music Journal, 29 (1), 70-85.
MIT Press.

Haus, G., & Ludovico, L. A. (2005). The digital
opera house: An architecture for multimedia
databases. Journal of Cultural Heritage, 7 (2),
92-97.

International Organisation for Standardisation
(2004). ISO/IEC JTC1/SC29/WG11, Call for
Proposals on Symbolic Music Representation.
Redmond, USA.

Newcomb, S. R. (1991). Standard music descrip-
tion language complies with hypermedia standard.
IEEE Computer , 76-79.

Petri, C. A. (1976). General net theory. In Pro-
ceedings of the Joint IBM & Newcastle upon Tyne
Seminar on Computer Systems Design .

references

Baggi, D. (1995, November). Presentation of the
Technical Committee on Computer-Generated
Music. Computer.

Roland, P. (2002). The music encoding initiative
(MEI). In Proceedings of IEEE 1st International
Conference on Musical Application Using XML
(MAX 2002) . Milano, Italy.

Baratè, A., Haus, G., Ludovico, L. A., & Vercellesi,
G. (2005). MXDemo: A case study about audio,
video, and score synchronization. In Proceedings
of Axmedis 2005 .

Rothenberg, J. (1995). Ensuring the longevity of
digital documents. Scientific American, 272 (1),
42-47.

Steyn, J. (2002). Framework for a music markup
language. In Proceedings of IEEE 1st Interna-
tional Conference on Musical Applications Using
XML (MAX2002) . Milano, Italy.

Brook, B. S. (1970). The Plaine and Easie code.
Musicology and the computer (pp 53-56). New
York: City University of New York Press.

Erickson, R. F. (1975). The Darms project: A
status report. Computers and the Humanities,
9 (6), 291-298.

XML Musical Application Working Group (2001).
Recommended practice for the definition of a
commonly acceptable musical application using
the XML language. IEEE SA 1599, PAR approval
date 09/27/2001.

Haus, G. (1997). Describing and processing multi-
media objects by Petri Nets. In Proceedings of the
1997 IEEE International Conference on Systems,
Man, and Cybernetics . IEEE Computer Society
Press, 3906-3911.