Amplitude-modulated (AM) signals represent important components of environmental
sounds. While single-cell responses to AM tones in the central auditory system were often …

Temporal modulations in stimulus amplitude are essential for recognizing and categorizing
behaviorally relevant acoustic signals such as speech. Despite this behavioral importance, it …

Single neurons in the auditory cortex of anesthetized cats were examined quantitatively for
their sensitivity to the sound pressure level of characteristic frequency (CF) tone pulses, and …

Amplitude modulation (AM) and frequency modulation (FM) are important components of
complex acoustic signals including speech. Response to AM tone is found at many places of …

Complex sounds, including human speech, contain time-varying signals like frequency
modulation (FM) and amplitude modulation (AM) components. In spite of various attempts to …

The neuronal responses to amplitude modulated (AM) sounds were investigated in the
auditory midbrain of the squirrel monkey. Sinusoidally modulated tones and noise served as …

Speech and other communication signals contain components of frequency and amplitude
modulations (FM, AM) that often occur together. Auditory midbrain (or inferior colliculus, IC) …

Key points• Amplitude modulation (AM) is a key information‐carrying feature of natural
sounds. The majority of physiological data on AM representation are in response to 100 …

The main goal of the present study was to investigate the encoding of a biologically-relevant
acoustic feature—amplitude modulation (AM)—in single neurons of the auditory nerve and …

Dynamic changes in sound amplitude are prominent features of naturally occurring auditory
stimuli. The neural responses to amplitude‐modulated sounds may play important roles in …