The pervasiveness of wireless sensor networks (WSNs) across different applications keeps
increasing due to their versatility, although energy consumption is a huge constraint for …

Since wireless in terms of energy-restricted processes, dispersion radii, processing power
limitations, buffers, bandwidth-limited connections, active network topologies, and network …

Applications of Internet of Things underwater wireless sensor networks, such as imaging
underwater life, environmental monitoring, and supervising geological processes on the …

In wireless sensor networks, energy balancing and energy efficiency are the key
requirements to prolong the network lifetime. In this paper, we investigate the problem of …

Sensor nodes are small and low-cost portable devices that are connected wirelessly to form
a wireless sensor network. Sensor nodes are typically powered by a chemical battery source …

Amalgamation of Re-Charging and Load Balancing are introduced here to overcome the
problem of quick battery energy depletion and jamming in Wireless Sensor Networks. The …

Mobile cloud computing enables compute-limited mobile devices to perform real-time
intensive computations such as speech recognition or object detection by leveraging …

Complex wireless sensor network applications as those in Internet-of-Things or in-network
processing are pushing the requirements for energy efficiency and data processing …

Wireless Sensor Networks (WSNs) contains group of sensors which are used for wide
variety of applications. Many constraints in which WSNs needs to operate like limited battery …

Mobile cloud computing enables compute-limited mobile devices to perform real-time
intensive computations such as speech recognition or object detection by leveraging …