Complex Socio-Technical System in Ambient Intelligence
FP7 ICT Call-3, FET proactive / Goal 8.4: Science of complex systems for socially intelligent ICT
Summary: The focus of the project is not on developing realistic applications but on complexity science modelling methods and tools for socio-technical systems. However modelling requires scenarios to be used as case studies. Such scenarios need to be realistic for two reasons.
First, without realistic scenarios it is impossible to assess the quality of our methods, tools and most of all approaches to prediction and predictability. Second, it is only with realistic scenarios that the project can result in useful recommendation and guidelines for policy makers and industrial decision makers.
Our definition of ‘realistic’ does not imply a restriction to systems that are currently really deployed or even likely to be deployed soon on a large scale in the specific case studies. While the initial iteration of the investigation will start with such systems, overall the project will focus on ambient-intelligence (AmI) based socio-technical scenarios that
- Are large and complex enough to display properties and phenomena interesting from the complexity science point of view,
- Are based on components and technologies currently demonstrated in the lab,
- Provide functionality that would be useful from the point of view of the specific case studies under investigation.
In particular, we consider two specific case studies,
- A transportation scenario, and
- A disaster/emergency scenario.
Research Area: ICT-2007.8.4 Science of complex systems for socially intelligent ICT
Partners: University of Passau (Coordinator), Beacon Tech Ltd., London School of Economics, ETH Zurich, University of Amsterdam, AGH UST, University of Würzburg, Fraunhofer FIT, SICE, SmartCare Srl, TU München, University of Halle-Wittenberg, CPD