Classical routing strategies for mobile ad hoc networks operate in a hop by hop" push mode"
basis: packets are forwarded on pre-determined relay nodes, according to previously and …

Traditional routing strategies for multi-hop wireless networks forward packets by selecting at
the sender side the next hop for each packet. Recently, such a paradigm has been called …

Routing packets in multi-hop ad hoc wireless networks poses a great challenge mainly due
to the unreliability of the wireless links and the inherent interference of the wireless medium …

Opportunistic routing was originally introduced in various multihop network environments to
reduce the number of hops in such a way that, among the relays that decode the transmitted …

Most of the nodes in ad hoc networks rely on batteries, which requires energy saving.
Hence, numerous energy-efficient routing algorithms have been proposed for solving this …

Opportunistic routing (OR) protocols for ad hoc networks basically consist of selecting a few
forwarders between the source and destination and prioritizing their transmission. The …

In classical routing strategies for multihop mobile wireless networks packets are routed on a
pre-defined route usually obtained by a shortest path routing protocol. In opportunistic …

This paper is meant to be an illustration of the use of stochastic geometry for analyzing the
performance of routing in large wireless ad hoc (mobile or mesh) networks. In classical …

In recent years there has been a growing interest in opportunistic routing as a way to
increase the capacity of wireless networks by exploiting its broadcast nature. In contrast to …

In this paper we present a new routing technique which can operate on mobile ad hoc
networks. This technique is opportunistic in the sense that each packet on its (specific) route …