To improve the lifespan of WSN (wireless sensor networks), efficient optimization of network
resources is necessary. Optimizing the network's energy utilization is the most important …

In this proposed protocol, we quantitatively show the energy savings obtained in a
heterogeneous WSN, by considering weighted centroid protocol. Since there is a constraint …

Abstract Wireless Sensor Networks (WSNs) are critical in different applications, from
environmental monitoring to industrial automation. Effectively managing energy within …

In wireless sensor networks the nodes operating in a distributed environment operate on a
limited source of energy and rely on efficient power optimization protocols to operate for the …

The Wireless Sensor Network (WSN) is a current technology that is turning into very
beneficial in the majority of military and civilian applications where power is the most …

WSN have large numbers of spatially distributed and dedicated sensing devices, which are
used for sensing the physical condition of the environment in which they are deployed …

Wireless Sensor Networks are altering the globe with their sensing technologies. WSN have
evolved as a strong technology with a broad range of applications, including defense or …

Wireless Sensor Network is having large number of sensors that sense the surrounding
area. Sensing coverage of each nodes are limited that depends on their hardware …

Saving energy and improving the lifetime of wireless sensor networks (WSNs) has remained
as a key research challenge for some time. Low-energy adaptive clustering hierarchy …

Abstract Wireless Sensor Networks WSNs have recently witnessed many improvements in
Clustering and routing protocol, whereas Clustering protocols provide dynamic method for …