Sentence examples for and frequency of interest from inspiring English sources

The filter includes means to filter the organ and frequency of interest and distinguish artifacts so the algorithm works in the frequency we are interested in (for this investigation from 30 to 180 beats per minute).

A signal phase angle was obtained for each time point and frequency of interest (10 60 Hz, 1 Hz step) by filtering the data with an Morlet wavelet decomposition (factor 7).

However, the choice of various aspects of the beamformer analysis – in particular the choice of time and frequency windows of interest and the choice of relevant statistical comparisons – can have a critical impact on the results found using the technique.

In biosurveillance, however, the likelihood and frequency of an event of interest are not actually determinants of concern.

Specifically, it is assumed that the matrix of power spectral density (psd) functions of the stationary components is not known, while, the variance, average rate of zero crossings, entropy rate and frequency range of interest are taken to be known.

Performance analysis for microphone arrays with irregular geometries typically requires direct computation of beamforming gains over the spatial and frequency ranges of interest.

The modal truncation technique using the steady-state dynamic analysis in a selected location and frequency range of interest is applied to increase the efficiency of mechatronics simulations including the cutting process.

Then, we averaged the EEG power within each time window and frequency band of interest (gamma, 30 90 Hz; epsilon, 90 150 Hz; Supplementary Fig. 2a,b; Supplementary Note 2)28.

The schedule required under subsection (a) shall include such other disclosures as the Bureau may determine to be necessary to allow consumers to understand and compare accounts, including frequency of interest rate adjustments, account restrictions, and renewal policies for time accounts.

The idea essentially consists in a reduced-rank regression between the measured signals and their delayed versions at each frequency of interest, and its implementation is carried out within a general "spectral estimation" framework which encompasses classical estimators such as the WOSA, the multi-taper, and the lag-window.

that are filtered by second-order low-pass filters (LPFs) with a quality factor (Q) of 4 and centered at the frequency of interest.