Sensor networks supported by recent technological advances in low power wireless
communications along with silicon integration of various functionalities are emerging as a …

Clustering is the most common approach to achieve energy efficiency in wireless sensor
networks. The existing clustering techniques exhibit some drawbacks which limit their usage …

Abstract In Wireless Sensor Networks (WSN), as sensor nodes have limited energy, the
design of an energy‐efficient clustering technique is a critical challenge to be addressed …

Wireless sensor networks have been implemented in various software to help gather and
analyze data from the physical world. Wireless sensor networks are networks of multiple tiny …

It is inconvenient to replace the sensor nodes with limited energy in wireless sensor
networks (WSNs) when they are deployed in remote or dangerous monitoring area, that …

Reducing the consumption of energy and the network lifetime are the main challenges that
affect wireless sensor networks (WSNs). High-quality clustering is one of the most important …

The clustering strategy is one of the most promising schemes to reduce the energy
consumption since the power constraint still remains as a bottleneck for the Wireless Sensor …

Clustering is a promising and popular approach to organize sensor nodes into a hierarchical
structure, reduce transmitting data to the base station by aggregation methods, and prolong …

Wireless sensor network (WSN) composes of randomly and uniformly deployed sensors to
sense and monitor condition changing eg temperature and pass the data to a base station …

WSNs consist of many low-cost autonomous sensors that are equipped with a small battery,
data processing capabilities, and short-range wireless communication interfaces. They are …