Determining the accurate locations of randomly deployed sensors in a given geographical
region is a critical problem in the field of Wireless Sensor Networks. Various approaches …

Location‐based underwater communication applications such as strategic surveillance,
disaster prevention, marine research, and mine detection have given the field of underwater …

Satellites extend the 5G Internet of Things (IoT) applications to remote areas by providing
global coverage. In applications like environmental and wildlife monitoring, the location …

The detection of a deployed sensor node location plays a vital role in all domains of
Wireless Sensor Networks since its location provides the source of the information. Many …

This article offers an efficient isosceles layout model for node deployment, and a parameter-
less Jaya algorithm is also proposed as a solution to the sensor node localization issue in …

Localization is necessary for applications such as warning systems, where the sensed data
along with the location of occurrence is essential for decision making in Wireless Sensor …

Sensor nodes in underwater wireless sensor networks (UWSNs) are in a three‐dimensional
space, and water fluidity continuously changes the positioning in water, the clock …

Localization is one of the most essential challenges in wireless sensor networks because
the location information is usually used in domains such as routing, target tracking …

We consider the problem of optimal maneuvering, where an autonomous vehicle, an
unmanned aerial vehicle (UAV) for example, must maneuver to maximize or minimize an …

Localization is a fundamental issue in wireless sensor networks (WSNs). Localization with
mobile anchors is one of the most efficient ways to deploy sensor nodes and locate them …