In this study, the authors introduce a highly dynamic and manageable average speed monitoring system. They define a privacy preserving security protocol in which vehicles hold a pseudonymous non-traceable private digital identity. Vehicle's identity is kept undisclosed for as long as the average speed over a designated road section does not exceed the specified limit. During the protocol execution, non-refutable evidences are built for vehicles and authorities, for future disputes. Finally, the security properties of the protocol are formally proven using BAN logic and, a metric is defined to measure the reliability and feasibility of the author's proposal.
Privacy – aware average speed monitoring system for vehicular ad-hoc networks
IET Intelligent Transport Systems ; 9 , 3 ; 293-305
2015-04-01
13 pages
Article (Journal)
Electronic Resource
English
pseudonymous nontraceable private digital identity , privacy-aware average speed monitoring system , vehicle identity , vehicular ad-hoc networks , BAN logic , road section , vehicular ad hoc networks , cryptographic protocols , reliability , protocol execution , telecommunication security , velocity measurement , privacy preserving security protocol , data privacy , nonrefutable evidences
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