Sounds in everyday life seldom appear in isolation. Both humans and machines are
constantly flooded with a cacophony of sounds that need to be sorted through and scoured …

A curious divide characterizes the usage of audio descriptors for timbre research in music
information research (MIR) and music psychology. While MIR uses a multitude of audio …

One of the hallmarks of sound processing in the brain is the ability of the nervous system to
adapt to changing behavioral demands and surrounding soundscapes. It can dynamically …

Parsing natural acoustic scenes using computational methodologies poses many
challenges. Given the rich and complex nature of the acoustic environment, data mismatch …

Here, we propose a framework that provides a detailed analysis of the spectrotemporal
modulations in the acoustic signal, augmented with a discriminative classifier using support …

Neurophysiological studies of sound encoding at the level of auditory cortex paint a picture
of an intricate filterbank that encodes detailed spectral and temporal modulations in the …

Celem badania była weryfikacja wpływu przewidywalności ekspozycji dźwięku w wymiarze
czasowym, przestrzennym i czasowo-przestrzennym na orientację uwagi słuchowej …

Inconsistency of accounts on auditory and speech processing in early development tends to
be attributed to maturational factors in children. However, variability in stimulus and design …

Demands on auditory perception change constantly with natural changes in everyday
acoustic environments. Mechanisms, such as attentional feedback, direct the brain to adapt …

Humans are remarkably capable at making sense of a busy acoustic environment in real-
time, despite the constant cacophony of sounds reaching our ears. Attention is a key …