In hostile environments where explosives and natural calamities probably occur, wireless
sensor networks (WSNs) are susceptible to multiple collocated failures and could be …

Wireless sensor networks (WSNs) serving in hostile environments are susceptible to
simultaneous failure of multiple collocated nodes that cause the network to split into distinct …

Nodes in wireless sensor networks continuously monitor their surroundings and report to the
base station if there is any anomaly. WSN in extreme environmental conditions can suffer …

Federating disjoint segments may be necessary in some applications of wireless sensor
networks (WSNs). The segments can be simply distinct WSNs that operate autonomously or …

In wireless sensor networks nodes forward the data they acquire from the environment
towards the base station by relaying through multiple intermediate sensor nodes used as …

Several factors such as initial deployment, battery depletion or hardware failures can cause
partition wireless sensor networks (WSNs). This results in most of the sensors losing …

Advances in sensing and wireless communication technologies have enabled a wide
spectrum of Outdoor Environment Monitoring applications. In such applications, several …

This paper addresses energy conservation, a fundamental issue of paramount importance in
heterogeneous mobile ad hoc networks (MANETs) consisting of powerful nodes (ie, P …

Environmental Monitoring (EM) has witnessed significant improvements in recent years due
to the great utility of Wireless Sensor Networks (WSNs). Nevertheless, due to harsh …

Wireless Sensor Networks (WSN) that operate unattended in harsh environments are
susceptible to large scale damage, where many nodes fail simultaneously and the network …