In this paper, we analyze and compare the properties of different well-known and also new
nonparametric discrete Fourier transform (DFT)-based methods for resonant frequency and …

This paper describes the discrete Fourier transform (DFT) interpolation algorithm for arbitrary
windows and its application and performance for optimal noncosine Kaiser-Bessel and …

An approach for power system harmonic phasor analysis under asynchronous sampling is
proposed in this paper. It is based on smoothing sampled data by windowing the signal with …

This paper focuses on the low-computation harmonic-analysis procedure with sufficient
suppression of spectral leakage and picket-fence effect. The interpolated FFT algorithm …

This paper estimates amplitude of a power distribution systems signal corrupted with white
noise and harmonics by using the windowed symmetrical interpolation fast Fourier …

Different from the fast Fourier transform-based method, the frequency shifting and filtering
(FSF) algorithm employs only a few simple operations in the time domain for harmonic …

As the rapid development in power electronic devices, the harmonic pollution becomes one
of principle power quality problems in power system. The fast Fourier transform (FFT) is …

Voltage flicker analysis is one of the elementary tools of power quality assessment in power
systems. A new algorithm, fast S-transform (FST) is proposed and is used to analyze the time …

Parameter estimation is an important topic in power system signal-processing tasks. A new
class of windows, the cosine self-convolution window (CSCW), is proposed. The main-lobe …

A new phase difference correction method, based on asymmetric windows, is proposed to
correct the errors of frequency, phase, and amplitude in discrete spectra. Classic windows …