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Overview
• Online ballet dictionary and syllabus:– Dance 66: Ballet Fundamentals – Dance 68: Ballet I – how it has been used as a learning resource outside the classroom
• Three dimensional dance archiving technology – explanation of its potential uses; – progress to date
• Incorporation of interactive dance technology into ECE Design Class projects– ECE 51: Microelectronic Circuit Design
3-D dance archiving technology
• Would like to capture live dance– Review by students– Dance Archives
• Interactive 3-D models
Technologies
– Camera + markers – state of the art– Inertial sensors + active markers– Camera alone
image: http://en.wikipedia.org/wiki/Avatar_(2009_film)
Technologies
• Camera + markers – state of the art
image: http://en.wikipedia.org/wiki/Avatar_(2009_film)
Technologies
• Camera alone – very new– $88,000– Single user– Special
environment
image: http://www.gpsworld.com/gis/interserviceindustry-training-simulation-education-conference-9248
2009
Proposed Dance Archiving System
• Augmented Camera– Open source camera only system– Add thin wireless inertial sensors + active
markers
Credit: http://www.zingbeauty.com/dance.html
Plans
• Seeking students to work on open source software camera motion capture project
• MS students working on the 3-D inertial tracker refinements
• Integration of camera motion capture and inertial tracker:– software development required
Overview• Online ballet dictionary and syllabus:
– Dance 66: Ballet Fundamentals – Dance 68: Ballet I – how it has been used as a learning resource outside the classroom
• Three dimensional dance archiving technology – explanation of its potential uses; – progress to date
• Incorporation of interactive dance technology into ECE Design Class projects– ECE 51: Microelectronic Circuit Design
Incorporation of interactive dance technology Design Classes
• ECE 51: Microelectronic Circuit Design
ECE 51
• First devices and circuits class for Electrical and Computer Engineering majors
• Small teams design / build / test circuits• Semester long projects
– Interactive Dance projects– Canes / floor / chairs
• Use video to “teach” – circuit design and fabrication– individual and team labs
Floors
• Students had to develop technology for low cost floor sensors– Paper capacitors; plastic foam resistors
Integrated Systems
• We used commercial software and MIDI interfaces to allow the dance devices to control real time video.
Video demos
Chairman Mao Video
Yes we Cane Video
Video Instruction for Labs
• Jing used for software design of circuits• Webcam/digital camera used to record
video• MS movie maker editing• Blackboard 8 used for display• Also have videos on YouTube
– Still experimenting with this
Blackboard Site
• Jing video:– https://courses.duke.edu/webapps/
blackboard/content/listContent.jsp?course_id=_88081_1&content_id=_1870761_1
• Lab demonstration:– https://courses.duke.edu/webapps/
blackboard/content/listContent.jsp?course_id=_88081_1&content_id=_1873146_1
– YouTube
Plans for future
• Some of the interactive projects will be incorporated into a production
• “Chairman Mao” Chair is being worked on now.
Conclusions
• Video is a great tool for us for learning– Online Video Ballet Dictionary is working– Video Labs enable students to use more
circuits• Video is not enough
– Students do not learn deeply from video– Needs reinforcing with repetition and
feedback• For dance need so much video that 3-D
models may be only workable solution