index of biological limit values of the ecosystem. The analysis and control environment is an interface on evolutionary principles, it proposes the restructuring of the interface in relation to the data flow allows observation and control in the evolution of the ecosystem.
new forms of understanding through access to information systems structures invisible, these amplification devices and increased interaction enable the emergence of an evolution cognitive evolvable consciousness that allows new forms of relationship with nature.
Open Spatial Augmented Ecologies System 1.0-alpha The organic ecosystem is composed of a sensor network system and automatic performance and integrates computer vision techniques (differing frame. Max / MSP / Jitter), the coordinates of an organic agent and other variables will be transferred to digital ecosystem disturb configured as a unit in the ecosystem, then there will be multiple patterns of synchrony and asynchrony and dynamic interactions between agents.
Sound Space System The design of Augmented Ecologies integrates the reparametrization bioartificial system variables to spatial dimensions. Sound spatialization is developed by octophonic system design(Max/MSP), in which the different variables of the organ system / digital will have a translation into sound patterns, AE and biological amplification machine generates a soundscape associated with different values of biological variables and environmental index limit value bioartificial system. This sound dimension in the system will explore the invention of new environmental indicators.
Evolutionary Computation. Evolvable interface Augmented Ecologies (AE) is programmed using evolutionary algorithms to interpret, process real-time dynamic sets of information on the biological context of study, the visualization patterns respond to the dynamic interactions between environmental variables explicit in the simulation model, producing dynamic links between interlaced different states of interaction determined the trends in the state of the aquatic system. AE intrinsic structure arises in the design of interactive systems that reconstitute evolvable visualization components, controllers interface to the data processing, visualizing evolution interactive environments that allow users to analyze and control of biological systems. Organic Computing AE proposed as additional computational unit neural structures of the users of the simulation. In opposite deterministic algorithm, AE design incorporated into the design of genetic algorithms and computer cognitive structures to reveal new patterns of meaning, relationships, knowledge generation is not predictable on the raw data sets processed in the biological system. The computer thus becomes organic, this new state will allow an amplification computational cognitive ability. Consciousness Evolves In the context of global environmental crisis AE aims to redefine the interactions of human communities with the natural environment. The device is presented technoscientific augmentation technology on biological contexts, synthetic substances and other environmental variables, AE creates 54
Open Energy Visualization OE intends to develop a platform to explore new visualization systems and interaction of energy. The system is structured around two dimensions: Open Energy Monitor, investigates open hardware devices to monitor electrical consumption and a second dimension, Open Energy Visualization, explore visualization systems in real-time on electricity consumption, allowing us to amplify the awareness around energy. Open Energy Visualization(OEV) is a software to visualize, in real-time, the electricity consumption in the city. OEV explores visualization and interaction systems on different scales (urban/domestic), what enable new forms of energy- human relationship. Augmentation system for energy data infrastructure will enable a new form of consciousness evolved, that allows us to redefine the energetic systems. OEV proposes, as a visualization prototype, exploring the electricity consumption of Ars Electronica Lab by monitoring devices DIWO/Open Hardware. OEV tries to be an Open Sofware Platform from which any citizen could visualize electricity consumption of their home-environment. Open Energy is a project to develop and build open source energy monitoring and analysis visualization tools for energy efficiency and distributed renewable micro-generation. To the next stage of evolution of the Internet of Things, Open Energy considered the design of a visual system that is inserted into a new energy distribution model (Smart Grids, Tom Raftery) where the invention of technologies will