Technology evolution is providing new pervasive service scenarios characterised by a huge number of distributed and dynamic devices. Accordingly, a new generation of services and infrastructures are emerging which support situatedness, adaptivity and diversity. In this paper we model the overall world of services, data and devices, as a distributed computational ecosystem. As such, each entity will be modelled as an autonomous, spatially-situated individual of the ecosystem, whose existence and state is reified by an LSA (Live Semantic Annotation). Ecosystem behaviour is controlled by coordination rules called eco-laws, which are chemical-like reactions evolving the population of LSAs-similarly to the approaches in [1], [2]. We describe an architecture that is at the basis of the SAPERE project ("Self-aware Pervasive Service Ecosystems", www.sapere-project.eu), supporting the vision along with a model of eco-laws, and show their usefulness in a scenario of adaptive pervasive displays.
Towards a Coordination Approach to Adaptive Service Ecosystems / M., Viroli; E., Nardini; Castelli, Gabriella; Mamei, Marco; Zambonelli, Franco. - STAMPA. - (2011), pp. 223-224. (Intervento presentato al convegno Fifth IEEE International Conference on Self-Adaptive and Self-Organizing Systems (SASO), 2011 tenutosi a Ann Arbor (MI) ,USA nel 3-7 Oct. 2011) [10.1109/SASO.2011.42].
Towards a Coordination Approach to Adaptive Service Ecosystems
CASTELLI, Gabriella;MAMEI, Marco;ZAMBONELLI, Franco
2011
Abstract
Technology evolution is providing new pervasive service scenarios characterised by a huge number of distributed and dynamic devices. Accordingly, a new generation of services and infrastructures are emerging which support situatedness, adaptivity and diversity. In this paper we model the overall world of services, data and devices, as a distributed computational ecosystem. As such, each entity will be modelled as an autonomous, spatially-situated individual of the ecosystem, whose existence and state is reified by an LSA (Live Semantic Annotation). Ecosystem behaviour is controlled by coordination rules called eco-laws, which are chemical-like reactions evolving the population of LSAs-similarly to the approaches in [1], [2]. We describe an architecture that is at the basis of the SAPERE project ("Self-aware Pervasive Service Ecosystems", www.sapere-project.eu), supporting the vision along with a model of eco-laws, and show their usefulness in a scenario of adaptive pervasive displays.
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