… to increase intersection throughput significantly. Specifically, we design a vehicular network
… (DSRC) and Wireless Access in a Vehicular Environment (WAVE). This protocol relies …

… • Implications on vehicular networking concepts: We study the … work is focusing on collision
avoidance at intersections as one … the possibilities of intersection safety applications using …

… However, communication reliability is crucial for safety applications such as intersection
collision avoidance. High packet loss will affect approaching vehicles’ communication across …

… number of vehicle crashes occur at intersections which … vehicular networks to design
distributed protocols in which vehicles are able to interact with each other using vehicle-to-vehicle (…

… strongly time-variant signals in vehicular networks. The effect of channel … vehicle safety
applications is studied in [11]. The analysis of the cumulative effect of shadowing at intersections …

… packet scheduling architecture to maximize the network throughput and keep latency and
packet loss within the minimum requirements for vehicular network application classes. …

… For this purpose, we used the open source vehicular network framework VEINS [23] (VEhicles
In Network Simulation). VEINS bidirectionally couples the traffic simulator SUMO [24] (…

… collision avoidance of multiple vehicles at an intersection. The largest set of states for which
there exists a control that avoids collisions … model of vehicle dynamics at an intersection, the …

… We focus on a two-vehicle collision avoidance scenario at intersections and develop a …
control is needed to prevent a collision. We prevent a collision through automatic control by only …

… In this paper, we have developed an algorithm for identifying the intersection point and
avoiding any possible collision without the use of route map and GPS. The novel, yet simple …