This event has ended. View the official site or create your own event → Check it out
This event has ended. Create your own
View analytic
Thursday, July 3 • 14:00 - 15:15
Rhythm Apparatus on Overhead

Sign up or log in to save this to your schedule and see who's attending!

Rhythm Apparatus on Overhead
Christian Faubel
Academy of Media Arts Cologne

Short Paper

In the paper I present a robotic device that offers new ways of interaction for producing rhythmic patterns. The apparatus is placed on an overhead projector and a visual presentation of these rhythmic patterns is delivered as a shadow play. The rhythmic patterns can be manipulated by modifying the environment of the robot, through direct physical interaction with the robot, by rewiring the internal connectivity, and by adjusting internal parameters. The theory of embodied cognition provides the theoretical basis of this device. The core postulate of embodied cognition is that biological behavior can only be understood through an understanding of the real-time interactions of an organism's nervous system, the organism's body and the environment. One the one hand the device illustrates this theory because the patterns that are created equally depend on the real-time interactions of the electronics, the physical structure of the device and the environment. On the other hand the device presents a synthesis of these ideas and it is effectively possible to play with it at all the three levels, the electronics, the physical configuration of the robot and the environment.


christian faubel

researcher, Academy of Media Arts Cologne|Cologne||Germany
What is it that enables autonomous behavior? I find it fascinating that complex autonomous behavior may result from the interaction of very simple units and from the dynamics of interaction between such units. I explore the assembly of simple units into systems and the emergence of autonomous behavior both in artistic and in scientific research. | | I studied mechanical engineering in Toulouse and Dresden from 1992 – 1999. After my studies... Read More →

Thursday July 3, 2014 14:00 - 15:15
New Academic Building: LG02

Attendees (7)