The onset of network coded cooperation (NCC) and its applications in vehicle-to-everything
(V2X) scenarios have allowed vehicular networks to relish both reliability and throughput …

Explosive growth in Information Technology has enabled many innovative application areas
such as large-scale outdoor vehicular networks for vehicle-to-vehicle communications. By …

Vehicular networks are experiencing rapid growth and evolution under the increasing
demand of vehicular traffic management and ubiquitous network connectivity. In particular …

Cooperative medium access control (MAC) protocols have been proposed for improving
communication reliability and throughput in wireless networks. In our previous work, a …

In order to optimize the communication mechanism in the vehicular adHoc networks
(VANETs), this paper presents an enhanced TDMA based cooperative MAC protocol called …

In vehicular ad hoc networks (VANETs), mobility between vehicles can cause rapid topology
changes with frequent disconnections, which result in collisions and packet losses that make …

Reliable multi-hop forwarding in vehicular networks is required by many critical intelligent
transportation system (ITS) safety applications. Cooperative vehicular multi-hop schemes …

Due to the rapid advancement in the wireless communication technology and automotive
industries, the paradigm of vehicular ad-hoc networks (VANETs) emerges as a promising …

In this paper we introduce a novel Network Coding-based Medium Access Control (MAC)
protocol for Vehicular Ad Hoc Networks (VANETs) that use cooperative Automatic Repeat …

Cooperative diversity exploits the broadcast nature of wireless channels and uses relays to
improve link reliability. Most of the cooperative communication protocols are assumed to be …