Drafts by sara Imene Boucetta
Inter-vehicular communication (IVC) has become a reality driven by navigational safety requiremen... more Inter-vehicular communication (IVC) has become a reality driven by navigational safety requirements and by the investments of car manufacturers and public transport authorities. Thanks to the availability of radio communication equipment like radio interface, access points,
pectrum, and standards, vehicular ad-hoc networks (VANETs) set the stage for unlimited opportunities for vehicle-to-vehicle applications. Navigation and road safety has now become an important priority for car manufacturers as well as municipal transportation authorities. Although research in the field of VANETs is relatively new, it is large and diverse. Indeed, consortia of researchers, car manufacturers and standards organizations are currently carrying out substantial research in order to propose standards for rapid deployment of the technology. This article covers the main ideas of VANETs and discusses their most important features followed by the presentation of the wireless communication
standards in VANETs.
Keywords: vehicle engineering, VANET, IEEE 802.11p, ad-hoc, road safety
Computational Intelligence by sara Imene Boucetta
Inter-vehicular communication (IVC) has become a reality driven by navigational safety requiremen... more Inter-vehicular communication (IVC) has become a reality driven by navigational safety requirements and by the investments of car manufacturers and public transport authorities. Thanks to the availability of radio communication equipment like radio interface, access points, spectrum, and standards, vehicular ad-hoc networks (VANETs) set the stage for unlimited opportunities for vehicle-to-vehicle applications. Navigation and road safety has now become an important priority for car manufacturers as well as municipal transportation authorities. Although research in the field of VANETs is relatively new, it is large and diverse. Indeed, consortia of researchers, car manufacturers and standards organizations are currently carrying out substantial research in order to propose standards for rapid deployment of the technology. This article covers the main ideas of VANETs and discusses their most important features followed by the presentation of the wireless communication standards in VANETs.
Keywords: vehicle engineering, VANET, IEEE 802.11p, ad-hoc, road safety
Computer networks, routing, security, SDN by sara Imene Boucetta
Gradus.kefo.hu, 2017
Modern vehicles are equipped with a wide variety of sensors, on-board computers and different dev... more Modern vehicles are equipped with a wide variety of sensors, on-board computers and different devices supporting navigation and communication. These systems aim the fulfilment of various demands on the improvement of traffic safety, traffic/route optimization, passenger, comfort, etc.
Inter-vehicle and vehicle-infrastructure communication plays an important role in this process, which resulted in the birth of Vehicular Ad-hoc Networks. In the first part of the article, the key ideas of VANETs and their communication types are presented, then the most important features of vehicular ad-hoc networks are discussed followed by typical application types and actual characteristic research directions. The second part of the article focuses on Software Defined Networking and its application possibilities in VANETs emphasizing the benefits they can provide.
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Drafts by sara Imene Boucetta
pectrum, and standards, vehicular ad-hoc networks (VANETs) set the stage for unlimited opportunities for vehicle-to-vehicle applications. Navigation and road safety has now become an important priority for car manufacturers as well as municipal transportation authorities. Although research in the field of VANETs is relatively new, it is large and diverse. Indeed, consortia of researchers, car manufacturers and standards organizations are currently carrying out substantial research in order to propose standards for rapid deployment of the technology. This article covers the main ideas of VANETs and discusses their most important features followed by the presentation of the wireless communication
standards in VANETs.
Keywords: vehicle engineering, VANET, IEEE 802.11p, ad-hoc, road safety
Computational Intelligence by sara Imene Boucetta
Keywords: vehicle engineering, VANET, IEEE 802.11p, ad-hoc, road safety
Computer networks, routing, security, SDN by sara Imene Boucetta
Inter-vehicle and vehicle-infrastructure communication plays an important role in this process, which resulted in the birth of Vehicular Ad-hoc Networks. In the first part of the article, the key ideas of VANETs and their communication types are presented, then the most important features of vehicular ad-hoc networks are discussed followed by typical application types and actual characteristic research directions. The second part of the article focuses on Software Defined Networking and its application possibilities in VANETs emphasizing the benefits they can provide.
pectrum, and standards, vehicular ad-hoc networks (VANETs) set the stage for unlimited opportunities for vehicle-to-vehicle applications. Navigation and road safety has now become an important priority for car manufacturers as well as municipal transportation authorities. Although research in the field of VANETs is relatively new, it is large and diverse. Indeed, consortia of researchers, car manufacturers and standards organizations are currently carrying out substantial research in order to propose standards for rapid deployment of the technology. This article covers the main ideas of VANETs and discusses their most important features followed by the presentation of the wireless communication
standards in VANETs.
Keywords: vehicle engineering, VANET, IEEE 802.11p, ad-hoc, road safety
Keywords: vehicle engineering, VANET, IEEE 802.11p, ad-hoc, road safety
Inter-vehicle and vehicle-infrastructure communication plays an important role in this process, which resulted in the birth of Vehicular Ad-hoc Networks. In the first part of the article, the key ideas of VANETs and their communication types are presented, then the most important features of vehicular ad-hoc networks are discussed followed by typical application types and actual characteristic research directions. The second part of the article focuses on Software Defined Networking and its application possibilities in VANETs emphasizing the benefits they can provide.