We investigate the effects of two forwarding schemes, namely, random forwarding (RF) and
deterministic forwarding (DF), on network lifetime in wireless sensor networks (WSNs). For …

The authors propose three variants of distributed and stateless forwarding strategies for
wireless sensor networks, namely greedy minimum energy consumption forwarding protocol …

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 …

We propose an analytical model to formally define the lifetime of Wireless Sensor Networks
by considering various input factors including remaining energy, link quality, and location of …

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 …

Sensor Networks are mainly designed for habitat and environmental monitoring where many
sensor nodes gather data that is then sent towards one or more sink nodes. Since all nodes …

The success of Wireless Sensor Networks (WSNs) depends largely on efficient information
delivery from target areas toward data sinks. The problem of data forwarding is complicated …

Stochastic routing offers a promising substitute to deterministic routing in wireless sensor
networks, mainly due to its randomized nature. Still, most of the stochastic routing algorithms …

As shown in previous work, energy-efficient forwarding is a very promising forwarding
strategy since it trades off the delivery rate of nodes sending data to a sink node and the …

The distinctive characteristic of target tracking sensor networks is that the delay of data
transmission is constrained, which poses a difficult problem for predicting the application …