… through the solution of differential equations provides vehicular density, whereas for the
analysis of connectivity dynamics we need a number of vehicles in the covered area. This …

… then we discuss the modeling and analysis approaches for its connectivity. The remainder …
connectivity properties are proposed and analyzed. Section V describes a connectivity model …

… A connectivity analytical model is derived for analyzing the … This section presents the
connectivity analytical model for analyzing the connectivity probability of vehicles moving on a …

… analytical model for multihop connectivity of IVC in a traffic stream, in which positions of
vehicles … -related events, we derive a recursive model of node and hop probabilities and further …

… between any two consecutive vehicles is a function of both the … for vehicle-to-vehicle link
connectivity probability in highway vehicular networks that considers the change in vehicle …

… is a random variable denoting the vehicle velocity. 2) We analyze the connectivity of a VANET
… Our analysis shows the relationship between connectivity and the system parameters such …

… range of vehicles, the connectivity analysis performed in this paper can be extended to
more general scenarios. In the following, we briefly introduce some extensions to the basic …

… , vehicle arrival rate, vehicle density and network metric data delivery rate for characterizing
the VANET connectivity … model, which illustrated that the developed analytical model of this …

… an analytical model was proposed to analyze the connectivity in freeway scenarios with one
entry and exit where each vehicle … we study the connectivity probability of the vehicles on the …

… models fail to capture the effects of user mobility on the performance of the network. Next, we
discuss the previous works on connectivity … highway that allows vehicles to pass each other. …