The current study is a continuation of experiments presented by Sęk and Bukała (Acta
Physica Polonica A 123, 1106 (2013)). The purpose of the present study was to investigate …

The discrimination of amplitude modulation (AM) from frequency modulation (FM) of a 1000-
Hz carrier, with equally detectable AM and FM, is better for a 2-Hz than for a 10-Hz …

It has been proposed that the detection of frequency modulation (FM) of sinusoidal carriers
can be mediated by two mechanisms; a place mechanism based on FM-induced amplitude …

It has been hypothesized that auditory detection of frequency modulation (FM) for low FM
rates depends on the use of both temporal (phase locking) and place cues, depending on …

This study examines the amplitude modulation rate discrimination for sinusoidal and noise
carriers. It was shown that the discrimination of AM rates is a monotonically growing function …

Accurate allocation of neural impulses to the same phase (ie phase locking) in the auditory
system, ceases for frequencies above 5 kHz. However, some recent works suggest that it …

To better understand the processing of complex high-frequency sounds, modulation-
detection thresholds were measured for sinusoidal frequency modulation (SFM), quasi …

Frequency modulation (FM) at a rate of 10 Hz may be detected via conversion of FM to
amplitude modulation (AM) in the cochlea, while 2-Hz FM may be detected partly using …

The detection of acoustic signal parameter changes is very often the main topic of papers
concerned with psychoacoustics. So far the main dependencies relating the thresholds of …

These experiments tested the hypothesis that detection of frequency modulation (FM) at very
low rates depends mainly on temporal information (phase locking to the carrier) for carriers …