A number of battery-driven sensor nodes are deployed to operate a wireless sensor
network, and many routing protocols have been proposed to reduce energy consumption for …

A number of battery-driven sensor nodes are deployed to operate a wireless sensor
network, and many routing protocols have been proposed to reduce energy consumption for …

We propose an energy-aware dynamic routing strategy in order to provide balanced energy
consumption in wireless sensor networks, hence, prolonging the lifetime of the network. The …

A large number of battery-driven sensor nodes are deployed to operate a wireless sensor
network, and thus power saving of nodes is a problem of vital significance. Many routing …

Wireless sensor networks (WSN) are composed of a large number of sensor nodes. Battery-
powered sensor nodes have limited coverage; therefore, it is more efficient to transmit data …

For maximizing the energy efficiency in a wireless network, we propose two forwarding
schemes termed single-link and multi-link energy-efficient forwarding that tradeoff delivery …

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 …

Wireless Sensor Networks (WSNs) have practical application in various fields. Routing in
WSNs focuses on reduction of energy consumption and extension of the network lifetime …

The efficient node-energy utilization in wireless sensor networks has been studied because
sensor nodes operate with limited battery power. To extend the lifetime of the wireless …

Network lifetime is a critical issue in Wireless Sensor Networks (WSNs). In which, a large
number of sensor nodes communicate together to perform a predetermined sensing task. In …