Journal of Electrical and Computer Engineering · 2009 · 16 citations · 6 references
EngineeringElectrical EngineeringMobile ComputingMobile SystemsWireless CommunicationsAcoustic LocalizationBeamformingChannel EstimationMobile CommunicationMobile NetworksWireless NetworksHybrid LocalizationLocalization Performance AnalysisMaximum Likelihood LocalizationRadio Frequency LocalizationRadio LocalizationTime-of-arrival EstimationWireless Communication SystemsWireless Localization
This letter deals with a hybrid time‐of‐arrival/angle‐of‐arrival (TOA/AOA) approximate maximum likelihood (AML) wireless location algorithm. Thanks to the use of both TOA/AOA measurements, the proposed technique can rely on two base stations (BS) only and achieves better performance compared to the original approximate maximum likelihood (AML) method. The use of two BSs is an important advantage in wireless cellular communication systems because it avoids hearability problems and reduces network signaling burden. Simulation results show that, for certain scenarios, the proposed hybrid TOA/AOA AML with two BSs can outperform the AML with up to six BSs.
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Fundamentals of Statistical Signal Processing: Estimation Theory
Sailes K. Sengijpta · Technometrics · 1995 · 11.3K citations
C.R. Drane, Malcolm D. Macnaughtan, C A Scott · IEEE Communications Magazine · 1998 · 419 citations