Reference Architecture and Framework

Adorni, Marzia; Arcelli, Francesca; Bandini, Stefania; Baresi, Luciano; Batini, Carlo; Bianchi, Antonio; Bianchini, Devis; Brioschi, Maurizio; Caforio, Antonella; Calì, Andrea; Cappellari, Paolo; Cappiello, Cinzia; Catarci, Teresa; Corallo, Angelo; Antonellis, Valeria De; Franza, Concetta Di; Giunta, Gaetano; Limonta, A.; Lorenzo, Giusy Di; Losi, Paolo; Maurino, Andrea; Melideo, Matteo; Micucci, Daniela; Modafferi, Stefano; Mussi, E.; Negri, Luca; Pandolfo, Claudia; Pernici, Barbara; Plebani, Pierluigi; Ragazzi, Diego; Raibulet, Claudia; Riva, M.; Simeoni, N.; Simone, Carla; Solazzo, Gianluca; Tisato, Francesco; Torlone, Riccardo; Vizzari, Giuseppe; Zilli, Antonio

doi:10.1007/3-540-31008-8_2

Cited by 5 publications

(1 citation statement)

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“…Hence, it is challenging to define the word 'context' and many researchers tried to find their own definition for what context actually includes. For instance, in [15] we can say that this term is mostly adopted to indicate a set of attributes that characterize the capabilities of the access mechanism, the preferences of the user, and other aspects of the context in which information and services are delivered, these may include the access device (even in the presence of strong heterogeneity of the devices) [15]. Moreover, the critical importance of this concept has been the inspiration of several studies which gave multiple ramifications of its dimensions: spatial, spatial mobility, spatiotemporal, environment and personal dimension [16].…”

Section: Definition Of the Contextmentioning

confidence: 99%

Towards a context-aware Wireless Sensor Networks

Aarab¹,

Ghazi²,

Saidi

et al. 2018

IJET

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Recently, the development of wireless sensor networks (WSNs) is spreading rapidly. WSNs are highly distributed self-organized systems which comprise a large number of resource constrained sensor nodes. Developers of WSNs face many challenges from communication, memory, limited energy… Also, mobility has become a major concern for WSN researchers. Indeed, Mobile WSNs (MWSN) consist of mobile sensor nodes that can move on their own and also interact with the physical environment. Developing applications for MWSN is a complicated process because of the wide variety of WSN applications and low-level implementation details. Integrating context-awareness can improve MWSN applications results. In this paper, some research issues and challenges involved in the design of WSNs are presented. Model-Driven Engineering offers an effective solution to WSN application developers by hiding the details of lower layers and raising the level of abstraction. In this sense, we propose a context-aware WSN architecture and WSN metamodel to ease the work for developers in this field.

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Section: Definition Of the Contextmentioning

confidence: 99%