Humanities
Social science
Natural science
Engineering
Medical science
Agriculture and Fishery
Art and Kinesiology
Interdisciplinary Studies
General Social Science
Business Management
Tourism
Education
Military Science
Library and Information Science
Law
Sociology
Journalism and Media Studies
Psychological Science
Political Science and Diplomacy
Geography
Public Administration
Economics
International Trade
Anthropology
Other Social Science
General Natural Science
Physics
Biology
Life Sciences
Mathematics/Statistics
Astronomy
Earth Science
Chemistry
Other Natural Science
General Engineering
Architectural Engineering
Mechanical Engineering
Industrial Engineering
Material/Energy Engineering
Electrical and Electronic Engineering
Marine and Ocean Engineering
Chemical Engineering
Computer Science
Other Engineering
General Medical Science
Nursing Science
Veterinary
Pharmacy
Traditional Korean Medicine
Basic Medicine
Clinical Medicine
Other Medicine
General Agriculture and Fishery
Agriculture
Fishery Science
Food Science
Forestry
Animal Husbandry
Marine Transportation Studies
Other Agriculture and Fishery
DBpia AI
AI agent
AI idea
AI Reader
AI Viewer
Citeasy
Chrome Library Management Down
Akaroot
DBpia provides support to continue researcher activities such as academic research/group support/education.
Community
It is a networking space where researchers can widely promote their work and expertise, and create opportunities for new collaborations.
논문 기본 정보
- Type
- Academic journal
- Author
- Published
- 2014.1
- Pages
- 85 - 90 (6page)
Usage
Abstract· Keywords
In this paper, we propose a virtual violin implementation using the detection of bowing and finger dropping position from the estimated finger tip and finger board information with the 3D image data from a Kinect. Violin finger board pattern and depth information are extracted from the color image and depth image to detect the touch event on the violin finger board and to identify the touched position. Final decision of activated musical alphabet is carried out with the finger drop position and bowing information. Our virtual violin uses PC MIDI to output synthesized violin sound.
The experimental results showed that the proposed method can detect finger drop position and bowing detection with high accuracy. Virtual violin can be utilized for the easy and convenient interface for a beginner to learn playing violin with the PC-based learning software.
Update DetailsIf the title, authors, table of contents,or page range is incorrect, please let us know!
Contents
No content found
References
Add ReferencesRecently viewed articles
