This paper addresses target localization problems in both noncooperative and cooperative 3-
D wireless sensor networks (WSNs), for both cases of known and unknown sensor transmit …

This letter addresses the hybrid range/angle-based target localization problem in a
cooperative 3-D wireless sensor network where no central processor is available. Due to …

This letter addresses the problem of target localization in a 3-D space, utilizing combined
measurements of received signal strength and angle of arrival (AoA). By using the spherical …

This work revises existing solutions for a problem of target localization in wireless sensor
networks (WSNs), utilizing integrated measurements, namely received signal strength (RSS) …

This paper addresses target localization problem in a cooperative 3-D wireless sensor
network (WSN). We employ a hybrid system that fuses distance and angle measurements …

We present a target localization method using an approximated error covariance matrix
based weighted least squares (WLS) solution, which integrates received signal strength …

This paper proposes a novel scheme to solve the target localization problem by using
combined measurements of received signal strength and angle-of-arrival (AOA) hybrid …

Location estimation is significant in mobile and ubiquitous computing systems. Considering
the influence of measurement error caused by time difference of arrival (TDOA)/angle of …

Wireless sensor networks (WSNs) enable many applications such as intelligent control,
prediction, tracking, and other communication network services, which are integrated into …

Radio frequency (RF) propagation models play a significant role in long-term evaluation
(LTE) cellular networks for planning and deploying cellular networks' infrastructure. LTE data …