In sensor networks, the large amount of data generated by sensors greatly influences the
lifetime of the network. To manage this amount of sensed data in an energy-efficient way …

Wireless sensor networks (WSNs) are highly resource constrained in terms of power supply,
memory capacity, communication bandwidth, and processor performance. Compression of …

Abstract Wireless Sensor Networks (WSN) has wider applications in the fields of the
healthcare, military, and the weather monitoring. The efficient design of the WSN requires …

In wireless sensor networks (WSNs), energy is valuable because it is scarce. This causes
their life time to be determined by their ability to use the available energy in an effective and …

A wireless sensor network (WSN) can be construed as an intelligent, large-scale device for
observing and measuring properties of the physical world. In recent years, the database …

Significant developments in scalable standards are now pacing adoption and presenting
wireless sensor networks (WSNs) in applications welcomed at IT, industry, home, work …

We live in a world where demand for monitoring natural and artificial phenomena is growing.
The practical importance of Sensor Networks is continuously increasing in our society due to …

An efficient strategy for reducing message transmission in a wireless sensor network (WSN)
is to group sensors by means of an abstraction denoted cluster. The key idea behind the …

Several considerations must be taken when developing protocols for wireless sensor
networks. Traditional thinking where the focus is on quality of service is somehow revised. In …

Researches in Wireless Sensor Networks (WSN) have been focused on saving power in
sensor nodes. An efficient strategy to achieve this goal is to reduce the amount of data sent …