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Woody Vasulka

The Theater of Hybrid Automata, 1990

Woody Vasulka, Theater of Hybrid Automata, 1990 (video)
Woody Vasulka, Theater of Hybrid Automata, 1990 (video)
Theater of Hybrid Automata, 1990 (video)
Theater of Hybrid Automata, 1990 (video)
Steina and Woody Vasulka, Voice Windows, 1986
Steina and Woody Vasulka, Voice Windows, 1986
Woody Vasulka uses the "Lightning", a musical instrument developed by Donald Buchla. In this ongoing project begun in 1985, Woody combines hardware with sophisticated software for processing real-time images. The project aims to develop complex interfaces between the viewer/performer and technologies and to establish ways to exchange information between machines. Epistemological concerns underlie the creation of this work. Here, Woody explores the disappearance of the body in a virtual space. Paradoxically, the installation suggests an intense relationship between synthetic images and the materiality of the devices generating them.

The project to construct an automated theatre began in 1985 when Steina, Woody and the singer Joan La Barbara used an interface to activate, in real time, the audio and video data stored on a computer hard disk (see Voice Windows (1986)). Heartened by these initial experiments, Woody teamed up with David Dunn to build the scenographic elements for a performance by La Barbara called Events from the Elsewhere (1990). Most of the technological components from this piece were later recycled for Theatre of Hybrid Automata.

This hybrid work, which serves as both a theatre set and an installation, has taken different shapes over the years depending on the exhibition space used. Essentially, the work covers a cubic area defined by targets and screens placed along its edges. In its centre, a gyroscope fitted with a video lens is programmed to move on a 360-degree axis in every direction. The device moves according to two modes: pointer mode (the camera heads toward zones predetermined by the computer) and positioning mode (sensors pick up digital coordinates as they randomly scan the space). The sensors route the data to a voice-recognition device, which records and translates the information so that a synthesized voice can announce the direction the gyroscope's lens is pointing toward (north, south, east, west). With help from the MIDI protocol, a computer runs the components of this environment in real time and controls the built-in functions of a laser-disc player. Projectors emit video images of the surrounding space captured by the video head, as well as a 3-D animation that converges with the gyroscope's movements.

Vincent Bonin © 2001 FDL