We present a theoretical performance analysis of network lifetime for sensor networks that
route packets through multiple paths between a source and destination pair. Our analysis is …

Included in the performance goal of most wireless sensor network applications are both
spatial coverage and extended network lifetime. Pure energy efficient routing protocols, such …

A probabilistic and distributed routing approach for multi-hop sensor network lifetime
optimization is presented in this paper. In particular, each sensor self-adjusts their routing …

Geographic routing with greedy relaying strategies have been widely studied as a routing
scheme in sensor networks. These schemes assume that the nodes have perfect information …

In sensor networks, routing algorithms should be designed such that packet losses due to
wireless links are reduced. In this paper, we present a “potential”-based routing scheme to …

Energy efficiency is one of the most critical issues in wireless sensor networks, because
sensor nodes are usually powered by batteries and their energy is extremely limited. To …

We propose a grid-based energy efficient probabilistic routing scheme for wireless sensor
networks-GREEN. In this scheme, packets are forwarded through several possible routes …

Recent experimental studies have shown that wireless links in real sensor networks can be
extremely unreliable, deviating to a large extent from the idealized perfect-reception-within …

Maximising the lifetime of wireless sensor networks under constrained resources is an
interesting problem that has gained increasing attention. Most methods assume an ideal link …

Motivated by realistic sensor network scenarios that have mis-in-formed nodes and variable
network topologies, we propose an approach to routing that combines the best features of …