Titlebook: Communication Technologies for Vehicles; 8th International Wo Mohamed Kassab,Marion Berbineau,José Soler Conference proceedings 2015 Spring

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Configurations: Contexts and Statesith information regarding traffic and road conditions which is needed to reduce accidents, which will save many people’s lives. In Vehicle-to-vehicle V2V communication the high-speed mobility of the nodes is the challenge, which significantly affects the reliability of communication. In this paper t

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Configurations: Contexts and Statesproviding real-time instantaneous transport information to various transport system users. Communication systems play an important role in achieving this mission. Heterogeneous technologies/protocols such as WLAN, DSRC, RFID, GSM, WiMAX etc. currently constitute the communication system of ITS. ITS

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https://doi.org/10.1007/978-3-540-33193-3 a highly dynamic network, underlying routing protocols struggle to find valid routes towards destination nodes. In this paper, we evaluate the performance of Cartography Enhanced OLSR with obstacle awareness protocol (CE-OLSR-OA) as well as Position based OLSR (P-OLSR) and OLSRwith movement predict

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Message and Live Sequence Charts a mobile entity roams from a network to another, a handover occurs causing communication session discontinuity degrading real-time application performance. Assuming that such inconvenience is a congestion, TCP recovery is slow and careful. We have previously proposed a cooperation between TCP and M

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Message and Live Sequence Chartsenticating messages received from other vehicles. However, only a limited amount of detailed studies about certificate distribution strategies in VANETs as well as attack surfaces of such systems has been proposed. Therefore, a general study about possible distribution mechanisms and their parametri

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Message and Live Sequence Charts services. Motivated by that fact, we build a video streaming framework over a cloud-based VANET architecture that is composed of a central cloud, roadside cloudlet and vehicular cloud. The video streaming content can be seen by in-move vehicles’ passengers or static vehicles’ drivers that maintain

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