Recently there has been growing interest in intervehicle communications (IVC) to avoid
motor vehicle accidents. About one quarter of accidents occur in non line of sight (NLOS) …

This paper presents a mechanism to evaluate fault-tolerant WiFi network performance in a
mobile environment. Fault-tolerance at the access point (AP) level is presented in a …

Providing proper coverage is one of the main applications of wireless sensor networks. In
many working environments, it is necessary to take advantage of mobile sensor networks …

The evolution of smart vehicles has widened the application opportunities for vehicular ad
hoc networks. In this context, the routing issue is still one of the main challenges regarding to …

Vehicular ad hoc networks (VANETs) provide opportunities to exchange traffic information
among vehicles allowing drivers to not only adjust their routes but also prevent possible …

In this paper, a performability model is developed to analyze the effect of Access Point
failures on the performance of a WiFi communication system. The system consists of seven …

In order to provision data messages to vehicular drivers in an ad hoc network setting, it is
essential to determine the end-to-end (e2e) delay, number of vehicles required, and the size …

This thesis presents a novel idea for an adaptive prioritized cross-layer design (APCLD)
control algorithm to achieve comprehensive channel congestion control for vehicular safety …

Cooperative Intersection Collision Avoidance System (CICAS) program uses roadside radar
sensors, a computer processor and algorithms to determine unsafe conditions, and an active …

Mainstream Vehicular Ad-hoc networks (VANETs) are driving itself to the new era of Internet
of Vehicles (IoV) which forms a major component in the revolutionary Internet of Things (IoT) …