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Vehicular Ad-hoc NETworks (VANETs) are rapidly increasing their popularity and ductility, being an essential element for smart cities and smart driving. Layer three standards have already been approved, but they do not pursue optimality in terms of high throughput. This paper aims to identify a new algorithm to put on top of the standard routing layer, namely Self hEaling Infotainment and safetY Application...
Road traffic monitoring is one of the key applications in the Intelligent Transport System field. New technologies are now provided in this field and among the most relevant ones there is the DSRC (Dedicated Short Range Communication) set of protocols and standards where vehicles wirelessly communicate. In this paper, we deal with the application of Vehicular Ad-Hoc Networks to road traffic monitoring...
A key paradigm enabled by Vehicular Ad hoc NET- works is the support of location aware push-mode info-tainment services, besides the safety services that motivate the deployment of the technology in the first place. Message and advertisements are spread via multi-hop communications from the originating Road Side Units connected to the Internet. Support of such services relies on robust and efficient...
Inter-vehicle communications will play an important role in future cars and traffic management in general. Many different services have been proposed in the literature using vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communications. These services include safety applications like collision warning, up-to-date traffic information, active navigation, and also infotainment. Efficient...
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