DocumentCode
941792
Title
Music via motion: transdomain mapping of motion and sound for interactive performances
Author
Ng, K.C.
Author_Institution
Interdisciplinary Centre for Sci. Res. in Music, Univ. of Leeds, UK
Volume
92
Issue
4
fYear
2004
fDate
4/1/2004 12:00:00 AM
Firstpage
645
Lastpage
655
Abstract
This paper presents a framework called Music via Motion (MvM) designed for the transdomain mapping between physical movements of the performer(s) and multimedia events, translating activities from one creative domain to another-for example, from physical gesture to audio output. With a brief background of this domain and prototype designs, the paper describes a number of inter- and multidisciplinary collaborative works for interactive multimedia performances. These include a virtual musical instrument interface, exploring video-based tracking technology to provide an intuitive and nonintrusive musical interface, and sensor-based augmented instrument designs. The paper also describes a distributed multimedia-mapping server which allows multiplatform and multisensory integrations and presents a sample application which integrates a real-time face tracking system. Ongoing developments and plausible future explorations on stage augmentation with virtual and augmented realities as well as gesture analysis on the correlations of musical gesture and physical gesture are also discussed.
Keywords
augmented reality; computer vision; image motion analysis; multimedia systems; music; tracking; virtual reality; MvM; augmented reality; computer vision; interactive multimedia performances; intuitive musical interface; multimedia mapping server; multiplatform integrations; multisensory integrations; music via motion; musical gesture; nonintrusive musical interface; physical gesture; physical movements; real time face tracking system; sensor based augmented instrument designs; stage augmentation; transdomain mapping; video based tracking technology; virtual musical instrument interface; virtual reality; Collaborative work; Computer vision; Controllability; Event detection; Instruments; Multimedia systems; Multiple signal classification; Music; Prototypes; Sensor systems;
fLanguage
English
Journal_Title
Proceedings of the IEEE
Publisher
ieee
ISSN
0018-9219
Type
jour
DOI
10.1109/JPROC.2004.825885
Filename
1278688
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