Mobile sensors, such as smart wearables, autonomous cars, cognitive healthcare devices,
and intelligent drones, draw great attention due to their ability to provide a wide-range of …

Wireless sensor networks involve a massive number of sensor nodes often deployed to
observe the physical world. Energy efficiency is the challenging issue in the design of WSN …

In clustering wireless sensor networks (WSNs), the collected data from sensor nodes can be
aggregated by cluster head instead of being sent directly to the base station. So distributed …

In wireless sensor networks, data reception capability along with higher QoS can be
achieved by adapting clustering mechanisms in the network. Hierarchical networks increase …

Energy conservation is one of the main challenges hindering the advancement of Wireless
Sensor Networks (WSNs) in the Internet of Things (IoT). Although various approaches …

In this paper, we proposed an approach to clustering based on bio-inspired behaviour and
distributed energy efficient model. The motivation to propose this clustering approach is due …

Establishment of energy efficient and reliable data routing in wireless sensor network (WSN)
is one of the most critical and challenging task in the recent days. Also, the overall …

Saving energy is a big challenge for Wireless Sensor Networks (WSNs), which becomes
even more critical in large-scale WSNs. Most energy waste is communication related, such …

Maximizing the lifespan of wireless sensor networks is currently drawing a lot of attention in
the research community. In order to reduce energy consumption, sensor nodes that are far …

Wireless sensor networks (WSNs) are one of the chief enabling technologies for the Internet
of Things. These networks are severely resource-constrained which calls for designing …