With this essential guide to vehicular networking, you will learn about everything from conceptual approaches and state-of-the-art protocols, to system designs and their evaluation. Covering both in- and inter-vehicle communication, this comprehensive work outlines the foundations of vehicular networking as well as demonstrating its commercial applications, from improved vehicle performance, to entertainment, and traffic information systems. All of this is supported by in-depth case studies and detailed information on proposed protocols and solutions for access technologies and information dissemination, as well as topics on rulemaking, regulations, and standardization. Importantly, for a field which is attracting increasing commercial interest, you will learn about the future trends of this technology, its problems, and solutions to overcome them. Whether you are a student, a communications professional or a researcher, this is an invaluable resource.
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ad-hoc networks ad-hoc routing adaptive algorithm AODV approach beacon interval behavior Bloom filter broadcast cars cellular networks certificate cognitive radio collision communication range concept congestion connected cooperative awareness coordinates data rates delay destination devices discussed dissemination distance distributed Dressler driver DSRC DV-CAST dynamic DynB Ethernet ETSI example exchange FlexRay forwarding frame freeway frequency geographic routing hash identified IEEE infrastructure Internet intersection investigated MANET message utility metrics mobile mobile ad-hoc networks multiple neighbors network simulation node OpenStreetMap operation packet parameters parked vehicles PeerTIS performance physical layer platooning position pseudonyms radio re-broadcast received relaying road traffic routing protocols RREQ RSUs safety scenario Section signal Sommer SOTIS speed standard traffic information system traffic lights transmission UMTS update users VANETs vehicular networking applications vehicular networks virtual WiFi