… ders the magnitude of the closed-loop frequency response as close as possible to unity,
in the widest possible frequency range. Oldenbourg and Sartorius applied the Magnitude Op …

… Firstly, the coefficients of the squared magnitude function of an approximant which
matches the squared magnitude response of the ideal (1 + α)-order FBF, where 0 < α < 1 , are …

… In general, EVM is calculated by finding the ideal constellation location for each received …
vector magnitudes between the received symbol locations and their closest ideal constellation …

… We use magnitude–frequency analysis as a statistical tool to … small magnitude is an artefact
of sampling deficiencies. Nonetheless, the total distribution is not sensitive to the frequency …

This work deals with a methodology applied to seismic early warning systems which are
designed to provide real-time estimation of the magnitude of an event. We will reappraise the …

… (as in MSC), measuring consistency between two frequencies in one signal (as in MSABC)
… frequency domain. They defined the magnitude-squared coherence (MSC) as a frequency …

… The relative moment magnitudes among earthquakes are well constrained by multiple …
The completeness magnitude, M c , for magnitudes lower than which the magnitude‐frequency …

… time–frequency region. The method also consists of a fundamental frequency (F0) extraction
using instantaneous frequency … the details of time–frequency surfaces while almost perfectly …

… P d and the earthquake magnitude M g for early prediction of the earthquake magnitude. …
For an ideal case, M ^ g should be equal to M g . As shown in Figure 7, the result of TNEO …

… magnitude and time, we make it possible to code the speech signals, since transmission now
consists of sending one of a discrete set of magnitudes for each distinct time … the ideal filter …