Detection of frequency modulation (FM) with rate= 10 Hz may depend on conversion of FM
to amplitude modulation (AM) in the cochlea, while detection of 2-Hz FM may depend on the …

Within the cochlea, broadband sounds like speech and music are filtered into a series of
narrowband signals, each with a relatively slowly varying envelope (ENV) imposed on a …

Modulations in both amplitude and frequency are prevalent in natural sounds and are critical
in defining their properties. Humans are exquisitely sensitive to frequency modulation (FM) …

Purpose Growing evidence supports the inclusion of perceptual tests that quantify the
processing of temporal fine structure (TFS) in clinical hearing assessment. Many tasks have …

In five normally hearing subjects and seven subjects with damaged cochleas, detection
thresholds for sinusoidal frequency modulation (FM) and amplitude modulation (AM) were …

Frequency modulation (FM) is a common acoustic feature of natural sounds and is known to
play a role in robust sound source recognition. Auditory neurons show precise stimulus …

A model using temporal‐envelope cues was previously developed to explain perceptual
interference effects between amplitude modulation and frequency modulation (FM). As that …

Frequency modulation (FM) detection was investigated in acoustic and electric hearing to
characterize cochlear-implant subjects' ability to detect dynamic frequency changes and to …

The effect of the number of modulation cycles (N) on frequency-modulation (FM) detection
thresholds (FMDTs) was measured with and without interfering amplitude modulation (AM) …

This study used a correlational approach to clarify the mechanisms involved in modulation
coding. Amplitude-modulation (AM) and frequency-modulation (FM) detection thresholds …