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Biometric identificationsystems like Irisscanning use mathematical methods to identify personal characteristics. The BiometricSoundEngine works the same way. Personal data like the color information of the human iris is not used for surveillance or

Environments: Memories, Serpentarium, Village, Terrarium By penetrating in OUROBOROS’ PLACES we experience the poetic existence in memescapes, inhabiting within artificial landscapes no longer made of earth, but of memory units. Interfaces and

Machine Winks is a dance performance between a dancer and an interactive mechanical partner. After some sketches were made during the ‘Synergy’ workshop organised by The Krisztina de Châtel Dance Company, Productiehuis Rotterdam (Rotterdamse

Gaia EVII, 5. 30" by 22", 1995. Algorithmic pen and ink drawing with artist's studio seal in red. The seal characters read "Little Path Studio" for "Pathway Studio". Las piezas de la serie “Gaia” son caracterizadas por una fuerte semejanza

Tangible Disaster Simulation System is a collaborative tool for planning disaster measures based on disaster simulation and evacuation simulation using Geographic Information Systems (GIS). Built on the Sensetable platform, Tangible-DSS allows

AirportSim aids an airport manager interested in efficiency to distribute resources throughout a model airport, balancing cost with customer satisfaction. The AirportSim application is made up of a number of user-manipulable simulation objects that

shellscript on custom made computer white standard typography on black background In short intervals, a text sequence appears on the screen of a transparent object with the promising Sentence by sentence, second by second, with each new

facade presents the emotional real time state of the city of Trondheim is by using live data, and CCTV images to represent the Nova Building as a living breathing entity. NOVA FAÇADE. CICIOGNON SQUARE, TRONDHEIM This proposal has won the Nova

In 2009 we began a project with the British Antarctic Survey to explore how the data it derives from its research in the Southern Ocean could be redeployed in public forms. The project builds out from the conceptual themes achieved in our previous

Imagine an optical device with a sensory field of 8 meters to 60 centimeters. Fixed to the wall, this mirror is programmed to constantly measure and react to your distance from it. At 8 meters it will be convex, at 60 centimeters it will be concave