Computer Based Music Notations as Object
 |
International Journal of Computer Trends and Technology (IJCTT) | 
|
| © 2015 by IJCTT Journal | ||
| Volume-28 Number-3 |
||
| Year of Publication : 2015 | ||
| Authors : Dr. Mohammed Shafi, Dr. D.K. Pandey | ||
| DOI : 10.14445/22312803/IJCTT-V28P129 |
Dr. Mohammed Shafi, Dr. D.K. Pandey "Computer Based Music Notations as Object". International Journal of Computer Trends and Technology (IJCTT) V28(3):160-162, October 2015. ISSN:2231-2803. www.ijcttjournal.org. Published by Seventh Sense Research Group.
Abstract -
The purpose of this study is to analyse the
Western music notation system as a set of objects that
act as computational representatives for notation
symbols. The primary analytical method is the objectoriented
analysis used in computer science. To
improve coherency in the resulting analysis, I have
extended standard object-oriented methodology with
linear logic, a method also originating from computer
science. The result of the study is a structural object
model that describes the roles and relationships of
objects found in music notation. This model can be
used as a basis for computer software design.
The intention of the study is to represent a
theoretical description of music notation that can be
used in the design process of a music notation
computer program. Previous studies on the computerbased
music notation have shown that the processing
of music notation involves different types of
information. Existing musical data representations
serve as current examples of how the various types of
information can be encoded and of the kinds of
difficulties involved. This study is based on the
assumption that a consistent object model can formed
by including only those objects that have an explicit
visual appearance; information belonging to levels or
domains other than the visual one can be included as
properties of visual objects.
References
[1] Adobe 1986: PostScript Language Reference Manual. Reading,
Massachussets; Addison Wesley.
[2] Andreoli, Jean-Marc – Pareschi, Remo 1990: LO and Behold!
Concurrent structures processes. ACM SIGPLAN Notices,
Proceedings of the European conference on object oriented
programming on Object-oriented programming systems,
languages and applications. Vol 25, Issue 10.
[3] Asperti, Andrea, Roversi, Luca 2002: Intuitionist Light Affine
Logic. ACM Transactions on Computational Logic (TOCL).
Vol 3, Issue 1
[4] Bellini, P. Nesi, P. 2001: WEDELMUSIC Format: An XML
Music Notation Format for Emerging Applications. First
International Conference on WEB Delivering of Music.
Florence, Italy: IEEE.
[5] Blostein, Dorothea – Haken, Lippold 1991: Justification of
Printed Music Communications of the ACM. Vol 34, Number
3.
[6] Booch, Grady 1994: Object-oriented Analysis and Design with
Applications. Second Edition. Santa Clara, California:
Benjamin/Cummings.
[7] Byrd, Donald 1994: Music Notation and Intelligence. Computer
Music Journal Volume18, Number 1.
[8] Foxley, Eric 1987: Music – A Language for Typesetting Music
Scores Software – Practice and Experience 17(8): 485-502.
[9] Grande, Cindy 1997: The Notation Interchange File Format: A
Windows Compliant Approach, Beyond MIDI – The
Handbook of Musical Codes.
[10] Coad, Peter – Nicola, Jill 1991, Object-Oriented Programming.
Englewood Cliffs, New Jersey: Prentice-Hall.
[11] Content Based Image Retrieval System with Regency Based
Retrieved Image Library - Jadhav Seema H , Dr.Singh Sunita ,
Dr.Singh Hari – Paper ID : IJCTT-V19P104
[12] Survey on Big Data: Management and Challenges - K.Indira
Gandhi , Sri.C.Sreedhar IJCTT-V20P106
[13] Big Data Analysis: Apache Storm Perspective - Muhammad
Hussain Iqbal , Tariq Rahim Soomro - IJCTT-V19P103
[14] Face Recognition Based On Granular Computing Approach
and Hybrid Spatial Features - S.Sankara vadivu , K. Aravind
Kumar - IJCTT-V20P109
[15] Efficient Handling of Big Data Volume Using Heterogeneous
Distributed File Systems - Radhakrishnan R , Karthik S
IJCTT-V15P132
Keywords
Music Notation System, Object Oriented
Analysis, Music Notation