The IEEE 802.11 working group proposed a standard for the physical and medium access
control layers of vehicular networks called 802.11 p. In this paper we report experimental …

Adding communication capabilities to vehicles and road infrastructure has become a major
goal in the intelligent transportation systems industry. The IEEE 802.11 p amendment has …

A reliable robust wireless network of connected vehicles is desired to enable a number of
future telematics and infotainment applications in the vehicular domain. To achieve this …

For the launch of intelligent transport systems (ITS), it is necessary to have detailed
understanding of their performance. The draft standard IEEE 802.11 p is the physical and …

A key component of intelligent transportation is the provision of adequate network
infrastructure to support vehicle-to-vehicle and vehicle-to-roadside communication. In this …

The IEEE 802.11 p Wireless Access in Vehicular Environment (WAVE) protocol providing for
vehicle-to-infrastructure and vehicle-to-vehicle radio communication is currently under …

Communication between cars can be exploited for various applications. Security
enhancements as well as interactive games played by occupants of different cars are only …

Vehicular environments impose a set of new requirements on today's wireless
communication systems. Vehicular safety communications applications cannot tolerate long …

IEEE 802.11 p is the new standard for inter-vehicular communications (IVC) using the 5.9
GHz frequency band; it is planned to be widely deployed to enable cooperative systems …

The growth of wireless local area networks based on the IEEE 802.11 standard these last
years represents a practical network solution offering mobility, flexibility and low cost …