The extensive development of wireless communications has led to the popularity of self-
powered Internet-of-Things (SPIoT) networks. Even though significant advances made in …

Wireless sensor networks (WSNs) are currently adopted in a vast variety of domains where
sensor energy consumption is a critical challenge because of the existing power constraints …

In this paper, a protocol called distributed genetic algorithm for lifetime coverage
optimisation (DiGALCO) is suggested to preserve the coverage and enhance the lifetime of …

Barrier coverage is one of the most important applications of wireless sensor networks. It is
used to detect mobile objects are entering into the boundary of a sensor network field …

Link prediction is a social network research area that tries to predict future links using
network structure. The main approaches in this area are based on predicting future links …

Link prediction is a main social network challenge that uses the network structure to predict
future links. The common link prediction approaches to predict hidden links use a static …

One of the current key challenges in wireless sensor networks is the development of routing
protocols that provide stable cluster-head election, while prolonging network lifetime by …

A serious problem in Wireless Sensor Networks (WSNs) is to attain high energy efficiency as
a battery is used for power generation that has limited stored energy. They can not be …

Abstract Mobile Sensing Networks have been widely applied to many fields for big data
perception such as intelligent transportation, medical health and environment sensing …

In wireless sensor networks (WSNs), network lifetime and energy consumption are two
important parameters which directly impacts each other. In order to enhance the global …