Affiliation:
1. Department of Computer Science and Technology, Hangzhou Normal University, China
Abstract
This article introduces the study contents and some research findings regarding digital preservation methods for Chinese
Kunqu
opera libretto historical literature, including historical literature electronic libretto transformation, libretto musical score image segmentation, musical information recognition, musical score information representation, musical score information storage, and libretto reconstruction on the Web. It proposes a novel editable text method to represent the multidimensional tree-like information structure of the
Kunqu
libretto literature and a musical semantic annotation method based on numbered musical notation to accommodate the musical features of
Kunqu
librettos. To maintain the characteristics of the original
Kunqu
musical notation, it proposes a method to reconstruct
Kunqu
libretto on the Web based on scalable vector graphics. Some
Kunqu
librettos were randomly selected for experiments, and the results demonstrated that the editable text method and the musical semantic annotation method were able to fully represent the effective information of the
Kunqu
libretto literature and that the method to reconstruct librettos on the Web was able to reflect the writing characteristics of the musical notation in the original librettos. Finally, it discusses the primary future research directions related to digital
Kunqu
, including
Kunqu
libretto metadata research, corpus construction for the librettos and
Qupai
(the unique ancient Chinese tune mode), libretto music information disambiguation research, libretto image segmentation and pattern recognition, digital
Kunqu
roles, digital
Kunqu
stages, digital
Kunqu
costume suitcases, virtual
Kunqu
, digitization and restoration of
Kunqu
cultural relics, and
Kunqu
's application prospects in conventional media such as animation, anime, and movies.
Funder
Social Science Association of Zhejiang Province
HangZhou Special Funds to Support Cultural Creativity project
National Culture Science and Technology in China
Humanities and Social Science Research Funds of Ministry of Education of the People's Republic of China
National Natural Science Foundation of China
Publisher
Association for Computing Machinery (ACM)
Subject
Computer Graphics and Computer-Aided Design,Computer Science Applications,Information Systems,Conservation
Reference40 articles.
1. G. F. Chen. 2003. The Study of Optical Music Recognition and Prototype System. Master's Thesis. Zhejiang University Hangzhou China. G. F. Chen. 2003. The Study of Optical Music Recognition and Prototype System. Master's Thesis. Zhejiang University Hangzhou China.
2. G. F. Chen. 2011a. Studies on Digital Implementation of Chinese Gong-Che Notation. Ph.D. Dissertation. Shanghai University Shanghai China. G. F. Chen. 2011a. Studies on Digital Implementation of Chinese Gong-Che Notation. Ph.D. Dissertation. Shanghai University Shanghai China.
3. Gong-Che music score music information digital storage format based on MIDI 1.0 agreement;Chen G. F.;Computer System Application,2012
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