Mobile opportunistic networks provide an efficient solution to implement the intensive
perception and ubiquitous interconnection in Internet of Things. Routing selection is one of …

Mobile sensing accelerates the integration of physical world and virtual space by using the
pervasive portable devices with sensing and communication abilities. Since the smart …

In this letter, a stochastic model of a finite-state Markov chain for performance analysis of
epidemic routing in sparse 1-D two-way linear vehicular ad hoc networks is introduced. In …

Performance modeling of epidemic routing is challenging because of the unguaranteed end-
to-end connectivity and lack of global information in delay-tolerant scenarios. Existing works …

Performance analysis in delay tolerant networks (DTN) is often based on unrealistic mobility
models. Recently, the Home-MEG model is proposed. This model is able to accurately …

The epidemic routing has been integrated into many applications, ranging from the worm
propagation of online social networks to the message diffusion in offline physical systems …

We evaluate the performance of epidemic protocol in opportunistic networks. Early works
follow an independent model which assumes that different messages in the network …