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Geolocative performance simultaneously staged in the street and in the theater. The public sits in a tent, on which text messages of an urban passer-by / actor are manipulated by movements of a dancer outside the tent. Surveillance technologies, GPS

VR AQUARIUM offered immersion in VR at the digital cavern of the NTAV Lab, installed at the Museum of Natural Sciences of the University of Caxias do Sul. The environment aesthetical appeal was the augmented reality and telepresence which enhanced

Heartscapes is an immersive virtual environment that offers interactions into a simulated virtual heart. It is a place for the body totally involved in a sensation of a dissolution of its corporeal boundaries, melt up with the environment. The

OP_ERA is an immersive and interactive interface designed for multisensorial experimentation of space concepts. Conceived as a virtual reality environment, this project focuses on research and development of scientific and artistic models of space,

Interactive digital video projection environment 16 x 16 x 6 metres 2 large scale video projections, colour A Little Pig Production, UK, 2005. Supported by Sheffield Hallam University Art and Design Research Centre Metropolis is composed of

Interactive digital video installation, variable size IDphone evokes an ambivalent conjunction between the Freudian notion of the Id, contemporary I.D. systems (biometrics) and a video-phone gone wrong. Employing digital "mirrors" that reflect

Interactive installation showing the motion of a swarm of agents over a 2D or 3D lattice. The project is focussed on the connections dynamically created by the agents with their neighbours in a game of attraction, separation, alignment, obstacle

HOMEFRONT Surveillance, monitoring, and tracking technologies are not only media of control; they are media of self-reflection and self-awareness. There is a reciprocity between the way that control technologies function and the way that identity

Senspectra is a computationally augmented physical modeling toolkit designed for sensing and visualization of structural strain. The system functions as a distributed sensor network consisting of nodes, embedded with computational capabilities and a

Head-mounted displays (HMDs) based augmented reality (AR) systems have been applied for design simulations. Although such AR systems give users 3D and real scale feelings of digital data that could be useful in design explorations, there are a few