Localization is a critical issue for many location-based applications in the Internet of
Underwater Things (IoUT). Nevertheless, the asynchronous time clock, stratification effect …

The localization of sensor nodes in wireless sensor networks (WSNs) has been a thorny
research problem. Existing DV-Hop based range-free localization algorithms estimate the …

The localization problem of target nodes remains unresolved, especially in large-scale and
complex environments. In this paper, we propose a particle centroid drift (PCD) algorithm to …

Other than energy consumption, precision is of the utmost importance in node localization.
Various wireless-sensor-network applications require the accurate information of sensor …

Sensor-node localization is among the greatest concerns in the field of wireless sensor
networks. Range-based localization techniques generally outperform range-free techniques …

Location awareness is the key to success to many location-based services applications such
as indoor navigation, elderly tracking, emergency management, and so on. Trilateration …

With the coming of the fifth-generation (5G) mobile communications, in mobile edge
computing (MEC), the growth of user services and the personalization of QoS requirements …

Currently, wireless sensor networks (WSNs) are providing practical solutions for various
applications, including smart agriculture and healthcare, and have provided essential …

How to get the node position, as a hotter topic in the field of wireless communication, is the
primary problem to be solved in wireless sensor networks (WSNs). The DV-Hop positioning …

It is essential to acquire the location of sensor nodes in the wireless sensor networks
(WSNs), since the data collected with nodes would become meaningless without their …