We continually rely on our ability to segregate the myriad sounds in our environment—phones ringing, people talking—into separate “auditory streams,” each originating from a different source. In this issue of Neuron, Micheyl et al. provide the most direct evidence to date linking single-unit spiking responses from auditory cortex to the perception of distinct auditory streams
Serially presented tones are sometimes segregated into two perceptually distinct streams. An ongoing...
Perceptual representations of auditory stimuli—which are called auditory streams or objects—are deri...
We continually rely on our ability to segregate the myriad sounds in our environment—phones ringing,...
We continually rely on our ability to segregate the myriad sounds in our environment--phones ringing...
In a complex auditory scene, a "cocktail party" for example, listeners can disentangle multiple comp...
In a complex auditory scene, listeners are capable of disentangling multiple competing sequences of ...
The auditory cortex encodes information about sounds through the combined activity of large numbers ...
Segmenting the complex acoustic mixture that makes a typical auditory scene into relevant perceptual...
Background: The ability of humans and animals to focus their attention on a single sound source amo...
Auditory stream segregation (or streaming) is a phenomenon in which 2 or more repeating sounds diffe...
The primary auditory cortex (AI) is made up of highly interconnected populations of neurons that are...
The brain organizes sound into coherent sequences, termed audi-tory streams.We asked whether task-ir...
We are able to rapidly recognize and localize the many sounds in our environment. We can describe an...
The auditory system must constantly decompose the complex mixture of sound arriving at the ear into ...
Although an object-based account of auditory attention has become an increasingly popular model for ...
Serially presented tones are sometimes segregated into two perceptually distinct streams. An ongoing...
Perceptual representations of auditory stimuli—which are called auditory streams or objects—are deri...
We continually rely on our ability to segregate the myriad sounds in our environment—phones ringing,...
We continually rely on our ability to segregate the myriad sounds in our environment--phones ringing...
In a complex auditory scene, a "cocktail party" for example, listeners can disentangle multiple comp...
In a complex auditory scene, listeners are capable of disentangling multiple competing sequences of ...
The auditory cortex encodes information about sounds through the combined activity of large numbers ...
Segmenting the complex acoustic mixture that makes a typical auditory scene into relevant perceptual...
Background: The ability of humans and animals to focus their attention on a single sound source amo...
Auditory stream segregation (or streaming) is a phenomenon in which 2 or more repeating sounds diffe...
The primary auditory cortex (AI) is made up of highly interconnected populations of neurons that are...
The brain organizes sound into coherent sequences, termed audi-tory streams.We asked whether task-ir...
We are able to rapidly recognize and localize the many sounds in our environment. We can describe an...
The auditory system must constantly decompose the complex mixture of sound arriving at the ear into ...
Although an object-based account of auditory attention has become an increasingly popular model for ...
Serially presented tones are sometimes segregated into two perceptually distinct streams. An ongoing...
Perceptual representations of auditory stimuli—which are called auditory streams or objects—are deri...
We continually rely on our ability to segregate the myriad sounds in our environment—phones ringing,...
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