In this paper we propose MARAS, a biologically-inspired method for routing in a mobile ad-
hoc/sensor network environment. We assume that all nodes have no explicit knowledge of …

In this paper, we propose a biologically-inspired routing protocol for mobile ad hoc networks.
As biological systems are well-known for their self-adaptability in a changing environment …

We present the design and simulation of a source-initiated on-demand routing protocol for
ad-hoc networks, which is called the signal-power adaptive fast rerouting (SPAFAR) …

Proactive routing in MANETs induces high signaling overhead. Increasing the routing period
size, while it reduces such an overhead, prevents to correctly track frequent changes in the …

Recent debate in the research community has focused around the following question:
should the design of routing algorithms for ad-hoc networks be predicated upon the …

Abstract Mobile Ad-hoc Networks are networks that have a dynamic topology without any
fixed infrastructure. To transmit information in ad-hoc networks, we need robust protocols …

Dynamic ad hoc networks are mobile ad hoc networks (MANETs) where network
characteristics, such as network density and node mobility, change significantly over time …

An ad hoc network is composed of nodes that may move arbitrarily and without the support
of a stationary infrastructure. The dynamic nature of ad hoc networks makes it very …

Wireless ad-hoc networks (MANETs) are autonomous, self-configuring and adaptive
networks. Their ability to adapt themselves to dynamic, random and rapidly changing …

Ad hoc wireless multi-hop networks (AHWMNs) are communication networks that consist
entirely of wireless nodes, placed together in an ad hoc manner, ie with minimal prior …