The world wide increasing applications of nonlinear loads, mostly consisting of power
electronics devices, have made the power quality problems a vital issue than ever before …

Alignment of the 3D data with the 3D CAD model allows for analysis of the progress of the
construction project or retrieval of the desired 3D object model for use in 3D as-built …

Harmonic, which is becoming more and more important day by day in the emerging power
system, is one of the most critical power quality parameters. In this paper, the estimation of …

The efficient parameter estimation of harmonics is required to effectively design filters to
mitigate their adverse effects on the power quality of electrical systems. In this study, a …

This paper presents a unique two-fold adaptive linear neural network (ADALINE) for fast and
accurate measurement of fundamental, harmonics, sub-harmonics, inter-harmonics and …

为提高多组非对称间谐波的检测精度, 对多分量频谱叠加算法加以改进, 基于一元高次方程韦达
定理, 提出了对基波及谐波附近多个非对称间谐波的统一计算公式. 首先将多个间谐波DFT …

The aim of the present work is to obtain a perfect compensation by extracting accurate
harmonic currents. The objective is to avoid the consequences due to the presence of …

As electrical power networks transition towards net-zero emissions, accurate prediction of
harmonics is crucial in ensuring the stability and reliability of the system. This paper presents …

This study proposes a novel algorithm for fast and accurate measurement of fundamental,
harmonics, sub‐and inter‐harmonic parameters of a distorted current signal with additive …

Model-based parametric techniques offer many advantages over conventional discrete
Fourier transform-based methods for harmonic/interharmonic estimation. However, high …