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Smart city article details

Title	Smart Access Control Models In Sensor Network
ID_Doc	49096
Authors	Esposito C.; Shen J.; Choi C.
Year	2017
Published	Security and Resilience in Intelligent Data-Centric Systems and Communication Networks
DOI	http://dx.doi.org/10.1016/B978-0-12-811373-8.00005-7
Abstract	The upcoming and radical evolution of sensor networks, leading to the novel concept of the Internet of Things, and their application for groundbreaking innovations, such as Smart Cities, encompass the integration of several legacy networks in order to realize large scale networks able to cover a city or even a country. Practical examples in these sense can be found in pollution monitoring, intelligent transportation systems, or smart city government. Since such sensor networks may gather and collect sensitive data on citizens' habits or used by a malicious adversary to conduct attacks, security is a key concern for such networks, and access control represents a demanding feature in order to provide it. While the current literature is rich with several kinds of models to control access in sensor networks and a novel one is not needed, it is necessary to theorize a means to let different models coexist within a given network. In this paper, we presents such a problem and deal with it by means of a semantic approach focused on ontologies, and how matching different ontological descriptions of access control models so as to make them interoperable. © 2018 Elsevier Inc. All rights reserved.
Author Keywords	Access control; Ontology; Ontology matching; Sensor networks

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