Maximizing the network lifetime through balancing energy and lowering the delay is a
primary design goal of wireless sensor networks (WSNs). In WSNs, the sensor nodes task is …

The recent advancements in Wireless Sensor Networks (WSNs) have brought attention to
the field of sensor tracking events. Habitat monitoring is considered as one of the most …

Sensor nodes are randomly deployed to perform specific area monitoring in geographical
region and temporal space. The network connectivity maintenance is a major requirement …

The nodes in wireless sensor networks contain limited energy resources, so the node's
energy should be astutely utilized. Clustering is an effective approach to lessen the energy …

Sensor nodes (SNs) in wireless sensor networks (WSNs) sense surrounding environmental
data and transfers it to the end user via multi-hop transmission which results in inflated …

Expanding network lifespan is the main target during the design of a wireless sensor
network. Clustering the sensor nodes is an efficient topology to accomplish this objective. In …

As sensors are distributed among wireless sensor networks (WSNs), ensuring that the
batteries and processing power last for a long time, to improve energy consumption and …

Abstract Wireless Sensor Networks (WSNs) have energy-constraints that restricts to achieve
prolonged network lifetime. To optimize energy consumption of sensor nodes, clustering is …

Wireless sensor networks are formed with very small sensor devices with limited energy and
short transmission range. Sensors are randomly deployed in remote areas with harsh …

In the field of mobile computing, after the placement of sensor nodes, energy efficiency of
data transmission in the sensor network is becoming a critical issue as the sensor nodes are …