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Robust frequency estimation in three-phase power systems using correntropy-based adaptive filter
Journal article   Peer reviewed

Robust frequency estimation in three-phase power systems using correntropy-based adaptive filter

A Khalili, A Rastegarnia and S Sanei
IET SCIENCE MEASUREMENT & TECHNOLOGY, Vol.9(8), pp.928-935
01/11/2015
DOI: https://doi.org/10.1049/iet-smt.2015.0018

Abstract

Science & Technology Technology Engineering Electrical & Electronic Engineering frequency estimation power system parameter estimation adaptive filters impulse noise random noise maximum entropy methods gradient methods higher order statistics power supply quality harmonics suppression robust adaptive algorithm robust frequency estimation three-phase power systems random noise source Clarke's transformed three-phase voltage augmented complex statistics model parameter estimation unbalanced system conditions linear predictive model maximum correntropy criterion gradient-ascent optimisation computational complexity complex LMS algorithm higher-order moments augmented CLMS algorithm voltage sags higher-order harmonics impulsive noise correntropy-based adaptive filter DISTORTED SIGNALS KALMAN FILTER
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