Towards predictable vehicular networks
Book chapter, 2016

Communication primitives consider information delivery with different guarantees regarding their reliability. The provision of reliability and predictability needs to overcome a number of challenges with respect to failures and a number of known impossibility results. This chapter covers a number of these challenges in the context of vehicular systems and networks. We start by showing the medium access control (MAC) protocol for wireless mobile ad hoc networks can recover from timing failures and message collision and yet provide a predictable schedule in a time-division fashion without the need for external reference, such as commonly synchronized clock. We then consider the case of transport layer protocols and show how to deal with settings in which messages can be omitted, reordered and duplicated. We also consider how mobile ad hoc networks and vehicular networks can organize themselves for emulating virtual nodes as well as emulating replicated state-machines using group communication. In this context, we discuss the different alternatives for overcoming well-known impossibilities when considering cooperative vehicular applications. Finally, we exemplify applications and discuss their validation.

Author

Elad Schiller

Chalmers, Computer Science and Engineering (Chalmers), Networks and Systems (Chalmers)

Studies in Systems, Decision and Control

21984182 (ISSN) 21984190 (eISSN)

153-167

Subject Categories

Computer and Information Science

DOI

10.1007/978-3-319-28183-4_7

More information

Created

1/23/2018