The emerging proliferation of devices with sensing, networking and computational technologies offers opportunities for delivering pervasive services through interactions between spatially local resources. Here, applications are challenged to become aware of their surroundings: to discover, filter and reason on information relevant to their goals. Without relying on centralised services to control information flow, decentralised mechanisms are required to partition these responsibilities across the environment. This paper explores a bio-chemically inspired approach to realising awareness in an open and dynamic setting, building towards complex self-organising awareness algorithms for data collection, reasoning, and querying. Through simulation we provide a preliminary evaluation of the proposed approach.
A Bio-chemical Approach to Awareness in Pervasive Systems / G., Stevenson; Castelli, Gabriella; J., Ye; Rosi, Alberto; S., Dobson; Zambonelli, Franco. - STAMPA. - (2013), pp. 1-6. (Intervento presentato al convegno 1st International Workshop on Sensing and Big Data Mining, SenseMine 2013 tenutosi a Rome, ita nel 14 Novembre) [10.1145/2536714.2536721].
A Bio-chemical Approach to Awareness in Pervasive Systems
CASTELLI, Gabriella;ROSI, Alberto;ZAMBONELLI, Franco
2013
Abstract
The emerging proliferation of devices with sensing, networking and computational technologies offers opportunities for delivering pervasive services through interactions between spatially local resources. Here, applications are challenged to become aware of their surroundings: to discover, filter and reason on information relevant to their goals. Without relying on centralised services to control information flow, decentralised mechanisms are required to partition these responsibilities across the environment. This paper explores a bio-chemically inspired approach to realising awareness in an open and dynamic setting, building towards complex self-organising awareness algorithms for data collection, reasoning, and querying. Through simulation we provide a preliminary evaluation of the proposed approach.
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