Computational analyses have begun to elucidate which components of somatosensory cortical population activity may encode basic stimulus features. Recent results from rat barrel cortex suggest that the essence of this code is not synergistic spike patterns, but rather the precise timing of single neuron's first post-stimulus spikes. This may form the basis for a fast, robust population code
The neural code is believed to have adapted to the statistical properties of the natural environment...
Natural stimulations caused by objects in the surrounding world do not stimulate single sensory rece...
Rodents can robustly distinguish fine differences in texture using their whiskers, a capacity that d...
Computational analyses have begun to elucidate which components of somatosensory cortical population...
This study explores the nature of population coding in sensory cortex by applying information theore...
AbstractThis study explores the nature of population coding in sensory cortex by applying informatio...
This report addresses the nature of population coding in sensory cortex by applying information theo...
The primary visual cortex is an excellent model system for investigating how neuronal populations en...
Cortical neurons have been reported to use both rate and temporal codes. Here we describe a novel mo...
Although the timing of single spikes is known to code for time-varying stimulus features, it remains...
Sensory stimulation leads to distributed activity across a wide population of neurons in the mammali...
The encoding of sensory information by populations of cortical neurons forms the basis for perceptio...
Our understanding of neural population coding has been limited by a lack of analysis methods to char...
The rodent whisker-associated thalamic nucleus (VPM) contains a somatotopic map where whisker repres...
The traditional view on coding in the cortex is that populations of neurons primarily convey stimulu...
The neural code is believed to have adapted to the statistical properties of the natural environment...
Natural stimulations caused by objects in the surrounding world do not stimulate single sensory rece...
Rodents can robustly distinguish fine differences in texture using their whiskers, a capacity that d...
Computational analyses have begun to elucidate which components of somatosensory cortical population...
This study explores the nature of population coding in sensory cortex by applying information theore...
AbstractThis study explores the nature of population coding in sensory cortex by applying informatio...
This report addresses the nature of population coding in sensory cortex by applying information theo...
The primary visual cortex is an excellent model system for investigating how neuronal populations en...
Cortical neurons have been reported to use both rate and temporal codes. Here we describe a novel mo...
Although the timing of single spikes is known to code for time-varying stimulus features, it remains...
Sensory stimulation leads to distributed activity across a wide population of neurons in the mammali...
The encoding of sensory information by populations of cortical neurons forms the basis for perceptio...
Our understanding of neural population coding has been limited by a lack of analysis methods to char...
The rodent whisker-associated thalamic nucleus (VPM) contains a somatotopic map where whisker repres...
The traditional view on coding in the cortex is that populations of neurons primarily convey stimulu...
The neural code is believed to have adapted to the statistical properties of the natural environment...
Natural stimulations caused by objects in the surrounding world do not stimulate single sensory rece...
Rodents can robustly distinguish fine differences in texture using their whiskers, a capacity that d...
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