Measuring and highlighting features

Aligns the two signals by delaying the earliest signal.

The power of the frequency band.

Detecting small changes in mathematical expectation using a cumulative sum.

The distance between the signals using dynamic time distortion.

Pulse wave filling factor.

The editing distance of the real signals.

Equivalent noise band.

The decay time of the negative edges of two-level signals.

Estimation of the delay between signals.

Finds local maxima.

Finds the location of the signal using a similarity search.

Estimation of instantaneous bandwidth.

Estimation of the instantaneous frequency.

The average frequency.

The median frequency.

The intersection of the average reference level for a two-level signal.

The width of the occupied frequency band.

The difference between the maximum and minimum.

The ratio of the peak value to the RMS value.

Power bandwidth.

The period of a two-level pulse.

Separation of two-level impulses.

The pulse duration of a two-level signal.

The rise time of the positive edge of two-level signals.

The root of the sum of squares.

The time of setting two-level signals.

Dynamic range, free from parasitic components.

The ratio of the signal to the sum of noise and distortion.

The rate of rise of a two-level signal.

Signal-to-noise ratio.

Spectral crest for signals and spectrograms.

Spectral entropy of signals and spectrograms.

Spectral unevenness of signals and spectrograms.

Spectral kurtosis for signals and spectrograms.

Spectral asymmetry of signals and spectrograms.

Evaluation of the state of a two-level signal using the histogram method.

The intersection point of the third order.

Negative emission metrics for two-level signal transitions.