Project #10.3 Developing Social Controllers
Demo
Abstract
Many forms of technology have been oriented at connecting people together. We were interested in how cheap, handheld, electronic devices might be used to promote social interactions, thereby creating “social controllers”. Many technological, artistic, and interface challenges are presented by this goal, though other projects point out some of the solutions.
Through brainstorming, we decided to use electronic music and sound creation as the medium for creating interaction. We also decided on a fixed set of sensors (2 buttons, one slider, and a light detector) to control the sound synthesizing algorithms. We used Max/MSP, Processing with Minim, the Mini-Simius Card, and analog circuitry to create prototypes. A group of testers evaluated the prototypes for interest and enjoyment. After deciding to use a dsPIC microcontroller, we also decided that the devices would contain five highest-rated prototypes, since the nature of the device could be changed by simply changing the sound module. At all points, enjoyment was the main goal, and other considerations were secondary. We fabricated six social controllers, using a computer mouse as the form factor, and replacing the internal components with our own PCB and components.
The final social controller, called the Lara, is a responsive, enjoyable, multimodal sound device which promotes social interaction through LEDs and light sensors with surprising and entertaining results.
Documents
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[2010,inproceedings] bibtex
Mills III John Anderson, Rebousière Loïc, Chessini Bose Ricardo, « Developing Social Controllers », in « QPSR of the numediart research program », 2010, pp. 37–43.@INPROCEEDINGS{numediart_2010_s11_p1_report,
author = {John~Anderson Mills~III and Lo\"{i}c Rebousi\`{e}re and Ricardo Chessini~Bose},
title = {Developing Social Controllers},
booktitle = {{QPSR} of the numediart research program},
year = {2010},
editor = {Thierry Dutoit and Beno\^{i}t Macq},
volume = {3},
number = {3},
pages = {37-43},
month = {9},
organization = {numediart Research Program on Digital Art Technologies},
url = {http://www.numediart.org/docs/numediart_2010_s11_p1_report.pdf}
}






