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 …

Due to limited battery life of sensors and harsh deployment environments where they are
deployed, Wireless Sensor Networks (WSNs) can be subjected to node failures. This can …

The wireless sensor networks deployed in hostile environments suffer from a high rate of
node failures. Such failures may convert a fully-connected sensor network into multiple …

Wireless sensor network (WSN) applications, especially those serving in inhospitable
environments such as battlefield reconnaissance, are susceptible to large-scale damage …

Wireless sensor networks are formed with very small sensor devices with limited energy and
short transmission range. Sensors are randomly deployed in remote areas with harsh …

Due to the harsh operation conditions a wireless sensor network (WSN) may suffer large
scale damage where many nodes fail simultaneously causing the network to get partitioned …

Wireless sensor networks (WSN) can increase the efficiency of many real-life applications
through the collaboration of thousands of miniaturized sensors which can be deployed …

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 …

Due to the harsh surroundings and violent nature of wireless sensor network (WSN)
applications, the network sometimes suffers a large-scale damage that involves several …

Due to inhospitable environments, the actors/sensors in Mobile Sensor/Actor Networks are
subject to various damages which can disrupt the data delivery and cooperation. Typically …