721 Broadway
at Waverly Place
4th Floor
South Elevators
New York, NY 10003
For additional
information email
itp.inquiries@nyu.edu
or call 212.998.1880
| Tree Circuit | ||
|---|---|---|
| Author(s): | Kyung-Mi Kim |  |
| Instructor: | Palkowski, Dan Lewis, Nancy |
|
| Class: | Digital Sound Lab Intro to Comp Media |
|
| URL: | http://itp.nyu.edu/~kmk368/kmitp | |
| Documents: |
Tree Curcuit(JPEG)
|
|
| Documents: | For 2 microphones(JPEG) | |
| Keywords: | Sound Interactive Performance | |
| Tree circuit is evolutional sound interactive art,which is two voices input and images create,finally music create in real time. | ||
| The branches of tree are like digital curcuit's signal. I think the alternating current is similar relationship of human. That express creation, growth, contact, response, repetition, interaction, initiation, and so on. This sound performance is my sound interactive art's evolutional version. My old version was inputted a voice that a performer speak sound. This version will input of 2 voices. It is based on my researches of visual music, speaker recognition program, and VSRL(Virtual Sound Responsive Landscape)System. | ||
| Background: | The background is digital sound, visual music,and sound responsive visualizer. The evolution of digital sound and music was shaped by a multitude of earlier musical experiments that pointed to the possiblities of new media. Sound interactive art is basic of new media art. | |
| Audience: | Someone desperately want to connect the other one. Someone sincerely want to communticate the other one. Someone really want to interact the other one Someone really want to create new thing with the other one. | |
| User Scenario: | As two voices input, clusters create. As voices louder their branches spread out. After then meet and create rectangle. The rectangles change color after music arise. | |
| Technical System Description: | As an Ah! voice input, cluster come out. As an AH~ sound continuous, lines spread out. The other performer's cluster also come out as same situation. But If a performer speaks loud voice, the lines grow to extend. AS non-performer input noises, random clusteres appear. If 2 perfomers's lines meet, new rectangle come out, and then not voice but music create. | |
| Project References, Research and Literature: | Kwang Jin Choi 'Speaker Recognition' | |
| Conclusions: | Two sound cards do not use. Two voices are no problem. Two voices make new music. | |