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
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
cryptographic protocols , road section , nonrefutable evidences , vehicular ad hoc networks , velocity measurement , privacy preserving security protocol , reliability , vehicle identity , vehicular ad‐hoc networks , data privacy , privacy‐aware average speed monitoring system , BAN logic , telecommunication security , protocol execution , pseudonymous nontraceable private digital identity
Privacy – aware average speed monitoring system for vehicular ad-hoc networks
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