The Lateral Superior Olive (LSO) is believed to be involved in encoding high frequency localization information based on interaural level difference (ILD) and interaural time difference (ITD) cues. Details of how this information is encoded remain uncertain. This work develops a biophysical model of the LSO network capable of simulating LSO responses to acoustically realistic stimuli. Our LSO network simulations demonstrate the extreme sensitivity of the LSO transient response to time delays caused by both ILDs and ITDs. This sensitivity to delay suggests a possible encoding role for the LSO transient
The brainstem's lateral superior olive (LSO) is thought to be crucial for localizing high-frequency ...
<p>The mammalian auditory system is able to extract temporal and spectral features from sound signal...
Accurate sound source localization of low-frequency sounds in the horizontal plane depends criticall...
Two nuclei in each hemisphere, the medial superior olive (MSO) and the lateral superior olive (LSO),...
INTRODUCTION The fundamental questions of sensory neuroscience are how neurons encode information a...
The lateral superior olive (LSO) is one of the earliest sites in the auditory pathway that is involv...
Mammals are known to use Interaural Intensity Difference (IID) to determine azimuthal position of hi...
The lateral superior olive (LSO) is believed to encode differences in sound level at the two ears, a...
Interaural level difference (ILD) cues facilitate horizontal localization of sound frequencies above...
The mammalian auditory system is able to extract temporal and spectral features from sound signals a...
The azimuthal location of a sound source imposes interaural intensity disparities (IIDs) on binaura...
International audienceTo localize sounds in the environment, animals mostly rely on spectro-temporal...
Interaural time differences (ITDs), the differences of arrival time of the sound at the two ears, pr...
The thesis of this work is that the representation of sensory information in the discharges of singl...
Neurons in the lateral superior olive (LSO) respond selectively to interaural intensity differences ...
The brainstem's lateral superior olive (LSO) is thought to be crucial for localizing high-frequency ...
<p>The mammalian auditory system is able to extract temporal and spectral features from sound signal...
Accurate sound source localization of low-frequency sounds in the horizontal plane depends criticall...
Two nuclei in each hemisphere, the medial superior olive (MSO) and the lateral superior olive (LSO),...
INTRODUCTION The fundamental questions of sensory neuroscience are how neurons encode information a...
The lateral superior olive (LSO) is one of the earliest sites in the auditory pathway that is involv...
Mammals are known to use Interaural Intensity Difference (IID) to determine azimuthal position of hi...
The lateral superior olive (LSO) is believed to encode differences in sound level at the two ears, a...
Interaural level difference (ILD) cues facilitate horizontal localization of sound frequencies above...
The mammalian auditory system is able to extract temporal and spectral features from sound signals a...
The azimuthal location of a sound source imposes interaural intensity disparities (IIDs) on binaura...
International audienceTo localize sounds in the environment, animals mostly rely on spectro-temporal...
Interaural time differences (ITDs), the differences of arrival time of the sound at the two ears, pr...
The thesis of this work is that the representation of sensory information in the discharges of singl...
Neurons in the lateral superior olive (LSO) respond selectively to interaural intensity differences ...
The brainstem's lateral superior olive (LSO) is thought to be crucial for localizing high-frequency ...
<p>The mammalian auditory system is able to extract temporal and spectral features from sound signal...
Accurate sound source localization of low-frequency sounds in the horizontal plane depends criticall...