… in signal analysis of waves and particularly sound in the frequency domain using Fourier
transformation theory. Consequently, the behavior of sound waves in the time domain has had …

… localization and segmentation is to find a transform that takes the signal into a domain
where S1 and S2 are emphasized. Several choices of this transformation have been presented …

… , on underwater sound communication. Each of these signaling domains presents unique …
been immensely important to the investigation of sound signals in nonhuman animals. The …

… , signal signatures in the temporal domain as well as those in the frequency domain are …
-correlation functions characterize the signal signatures in both these domains. The envelopes …

… The time domain representation of a sound signal, or waveform, is not easy to interpret
directly. Most of the time it is nearly impossible, from a waveform, to identify or even localise …

… time and frequency domain analysis has been shown … signal having a mechanical origin,
the sound myogram (SMG), can be detected from a muscle. This is also an interferential signal …

… Seewave is also probably not the best choice to edit sound. Users might prefer GUI software
where it is easier to explore the signal in the time domain. For now, Seewave can neither …

… amplitude of each frequency from the time domain signal.The fast Fourier transform (FFT) is
… signal. Many features can be extracted from the frequency domain for bowel sound analysis …

… Several versions of Sinusoidal+ Residual analysis/synthesis models have been developed
… We then present and compare other analysis techniques which use Elementary Waveforms, …

… on the signal will be introduced inevitably in the process of heart sound signal acquisition, …
In order to ensure the accuracy of heart sound signal analysis results, quality assessment is …