In recent years, wireless sensor networks (WSNs) have been widely used in various
applications. The localization problem has been identified as one of the biggest problems …

Sensor node localization is an important feature of many applications, including wireless
sensor networks and location-based services. The accurate localization of sensor nodes …

A new cooperative received signal strength-based localization algorithm is proposed which
employs relative error estimation and semidefinite programming (SDP). First, the log-normal …

This letter addresses the problem of target localization in harsh indoor environments based
on range measurements. To mitigate the non-line-of-sight (NLOS) bias, we propose a novel …

This work addresses the range-based target localization problem in adverse non-line-of-
sight (NLOS) environments. We start by deriving the maximum likelihood (ML) estimator from …

With the fast development of new array technology and intelligent antenna, it is easier to
obtain angle of arrival (AOA) measurements. Hybrid received signal strength (RSS) and …

Localization of sources like aircraft, ships, speakers, etc. is a very important signal
processing task in wireless sensor networks (WSNs). Traditionally, the sensor location …

Localization is a critical task in wireless sensor networks (WSNs). However, accurate
localization is difficult when there is noise from external sources and faulty nodes, especially …

Sensor nodes (SNs), which are a component of wireless sensor devices, have several uses
in monitoring and surveillance. To perform location-based routing, the sensor nodes must be …

In this letter, we consider a mobile wireless sensor network (WSN), in which all nodes have
some knowledge about their movements. Exploiting the sensor mobility information in the …