In this paper, a passive localization of the emitter using noisy angle-of-arrival (AOA) measurements, called Brown DWLS (Distance Weighted Least Squares) algorithm, is considered. The accuracy of AOA-based localization is quantified by the mean-squared error. Various estimates of the AOA-localization algorithm have been derived (Doğançay and Hmam, 2008). Explicit expression of the location estimate of the previous study is used to get an analytic expression of the mean-squared error (MSE) of one of the various estimates. To validate the derived expression, we compare the MSE from the Monte Carlo simulation with the analytically derived MSE
Abstract Wireless communication networks are increasingly based on the ubiquitous multiple-input mul...
© 2017 Elsevier B.V. Non-line-of-sight (NLOS) propagation, which widely exists in wireless systems, ...
AbstractA linear-correction least-squares(LCLS) estimation procedure is proposed for geolocation usi...
Localization in wireless networks presents enormous challenges for scientists and engineers. Some of...
In this paper, we propose an estimation technique based on hybrid time differential-of-arrival (TDOA...
This report describes least squares solution methods and linearized estimates of solution errors cau...
The performance of the conventional beamforming for angle-of-arrival (AOA) estimation algorithm unde...
Source localization is investigated based on noisy measurements of TDOA (time-difference of arrival)...
This report shows the parametric estimation of Line-of-Sight (LOS) and Non Line-of-Sight (NLOS) path...
© Copyright 2005 IEEEA weighted least squares (WLS) estimator is presented for time difference of ar...
In order to determine single-observer passive coherent locations using illuminators of opportunity, ...
International audienceThe increasingly widespread use of sensor and actuator networks and in general...
International audienceThis paper investigates the problem of source localizationusing a single senso...
Angle of arrival (AOA) is able to achieve high accuracy when the antenna arrays are deployed much cl...
The emerging techniques in the Fifth Generation (5G) communication system, like the millimeter-Wave ...
Abstract Wireless communication networks are increasingly based on the ubiquitous multiple-input mul...
© 2017 Elsevier B.V. Non-line-of-sight (NLOS) propagation, which widely exists in wireless systems, ...
AbstractA linear-correction least-squares(LCLS) estimation procedure is proposed for geolocation usi...
Localization in wireless networks presents enormous challenges for scientists and engineers. Some of...
In this paper, we propose an estimation technique based on hybrid time differential-of-arrival (TDOA...
This report describes least squares solution methods and linearized estimates of solution errors cau...
The performance of the conventional beamforming for angle-of-arrival (AOA) estimation algorithm unde...
Source localization is investigated based on noisy measurements of TDOA (time-difference of arrival)...
This report shows the parametric estimation of Line-of-Sight (LOS) and Non Line-of-Sight (NLOS) path...
© Copyright 2005 IEEEA weighted least squares (WLS) estimator is presented for time difference of ar...
In order to determine single-observer passive coherent locations using illuminators of opportunity, ...
International audienceThe increasingly widespread use of sensor and actuator networks and in general...
International audienceThis paper investigates the problem of source localizationusing a single senso...
Angle of arrival (AOA) is able to achieve high accuracy when the antenna arrays are deployed much cl...
The emerging techniques in the Fifth Generation (5G) communication system, like the millimeter-Wave ...
Abstract Wireless communication networks are increasingly based on the ubiquitous multiple-input mul...
© 2017 Elsevier B.V. Non-line-of-sight (NLOS) propagation, which widely exists in wireless systems, ...
AbstractA linear-correction least-squares(LCLS) estimation procedure is proposed for geolocation usi...