We propose the Multi-resolution Common Fate Transform (MCFT), a signal representation
that increases the separability of audio sources with significant energy overlap in the time …

Theories of auditory and visual scene analysis suggest the perception of scenes relies on
the identification and segregation of objects within it, resembling a detail-oriented …

The multi-resolution common fate transform (MCFT) is an audio signal representation useful
for representing mixtures of multiple audio signals that overlap in both time and frequency …

Perception has long been envisioned to use an internal model of the world to explain the
causes of sensory signals. However, such accounts have historically not been testable …

Chapter 4 ended with the remark that the formation of an auditory unit can be strongly
affected by sound components that precede and follow that auditory unit. This chapter …

We explore stream segregation with temporally modulated acoustic features using
behavioral experiments and modelling. The auditory streaming paradigm in which …

Numerous studies have suggested that the perception of a target sound stream (or source)
can only be segregated from a complex acoustic background mixture if the acoustic features …

Previous studies have shown that perceptual segregation increases after listening to longer
tone sequences, an effect known as buildup. More recently, an effect of prior frequency …

Recent advancements in deep learning have led to drastic improvements in speech
segregation models. Despite their success and growing applicability, few efforts have been …

Grouping distinct, temporally separated sounds is assumed to follow Gestalt principles, such
as similarity or proximity. In the auditory streaming paradigm, the probability of perceiving all …