Sentence examples for reference waveform from inspiring English sources

In comparison with the other existing methods, the present method has the advantage of not requiring any reference waveform.

One approach explicitly modeled rapid habituation using an exponentially decaying reference waveform that decreased to baseline levels within 30 to 40 s.

Measurement of the distortion of the exponential signal by using a reference waveform recorder with known nonlinearity is the initial step in the calibration of an ADC testing stand with exponential stimulus, along with the assessment of its uncertainty.

Then, based on Least Square (LS) approach, we present the existing Cyclic Algorithm (CA) and a new Sequential Iterative Algorithm (SIA) to devise the waveform under a constant modulus constraint, and a similarity constraint to allow the designed waveform sharing the similarity feature with a given reference waveform.

Red trace indicates the reference waveform (R) used for the calculation of spectral ratios.

In particular, we consider the orthogonal linear frequency modulation (LFM) as the reference waveform s 0[20]].

The validation process is made by fitting the proposed model to standard reference waveforms along with field recorded waveforms.

The real-time management of events will require extending the functionalities of the current pulse schedule editors with the possibility of using reference waveforms provided with acceptability margins and setting up advanced mitigation strategies and event countermeasures.

Besides of available efficient implementations of paraunitary DFT filter banks, the properties (6) and (7) are of prime interest for reconfigurable baseband receivers since they allow operations for the signal demodulation, such as signal energy computations and crosscorrelations with reference waveforms, to be performed directly in the TF domain.

Information on the relative timing between intracranial and reference waveforms can be extracted either in the time-domain or in the frequency-domain.

For the cardiac-driven waveform of interest, the primary component is usually at the heart rate frequency, and the timing information (called "phase" in methods such as Fourier transformation and time-varying transfer function analysis) at this frequency can be compared between the primary and reference waveforms.