… In making use of the delay tolerant property of ah-hoc networks, an important work has …
information propagation speed in bidirectional vehicular delay tolerant networks on highways…

… However, the special characteristics of these networks bring a lot of challenges to developing
… Vehicular networks have other applications beyond road safety and traffic optimization. …

… for characteristics of vehicular networks. They also do not consider the dynamics of traffic flow
or different characteristics of … a mobility model to simulate the vehicle behavior on the road. …

… Vehicular delay-tolerant network (VDTN) possesses the properties of VANET and DTN
as … is taken by exploiting the information of vehicle and road. Maximum probability (MaxProp) …

… Indian road scenarios, we can see different vehicular network density evolving over time …
analysis of epidemic routing protocol for delay tolerant networks.” In Inventive Systems and …

… In delay-tolerant networks (DTNs), packet delivery delays are often comparable to the time it
… Such models are suitable for vehicular DTNs of cars moving on highways and are motivated …

… are increasing on roads, Vehicular Ad-hoc network have reached … delay, and low overhead
against buffer changes. We used ns-2 network simulator to implement Delay tolerant network …

… outperform the baseline schemes, namely, road-based multi-metrics forwarder selection …
information was considered. Furthermore, a few suggestions that cover several characteristics …

… ) is capable enough to deal with VANET characteristics. The … message propagation speed
as the primary metric of interest. … and in road safety systems, vehicular delay-tolerant networks …

… In this chapter, a general introduction to the delay and disruption tolerant networks topic
was addressed. A DTN is an overlay network that aims to enable communications in disruptive …