AbstractAlthough motion-sensitive neurons in macaque middle temporal (MT) area are conventionally characterized using stimuli whose velocity remains constant for 1–3 s, many ecologically relevant stimuli change on a shorter time scale (30–300 ms). We compared neuronal responses to conventional (constant-velocity) and time-varying stimuli in alert primates. The responses to both stimulus ensembles were well described as rate-modulated Poisson processes but with very high precision (∼3 ms) modulation functions underlying the time-varying responses. Information-theoretic analysis revealed that the responses encoded only ∼1 bit/s about constant-velocity stimuli but up to 29 bits/s about the time-varying stimuli. Analysis of local field potentia...
Neurons in the mediotemporal area of the macaque (MT) respond to accelerations of visual stimuli wit...
Several theoretical and experimental methods are employed to investigate the neural representation o...
Several theoretical and experimental methods are employed to investigate the neural representation o...
AbstractAlthough motion-sensitive neurons in macaque middle temporal (MT) area are conventionally ch...
Although motion-sensitive neurons in macaque middle temporal (MT) area are conventionally characteri...
Neurons in the middle temporal area (MT) of the primate cerebral cortex respond to moving visual sti...
Neurons in the middle temporal area (MT) of the primate cerebral cortex respond to moving visual sti...
How reliably do action potentials in cortical neurons encode information about a visual stimulus? Mo...
We used the responses of neurons in extrastriate visual area MT to determine how well neural noise c...
How reliably do action potentials in cortical neurons encode infor-mation about a visual stimulus? M...
We used the responses of neurons in extrastriate visual area MT to determine how well neural noise c...
Neurons in the mediotemporal area of the macaque (MT) respond to accelerations of visual stimuli wit...
Neurons in the mediotemporal area of the macaque (MT) respond to accelerations of visual stimuli wit...
How is information about visual stimuli encoded into the responses of neurons in the cerebral cortex...
The middle-temporal area (MT) of primate visual cortex is critical in the analysis of visual motion....
Neurons in the mediotemporal area of the macaque (MT) respond to accelerations of visual stimuli wit...
Several theoretical and experimental methods are employed to investigate the neural representation o...
Several theoretical and experimental methods are employed to investigate the neural representation o...
AbstractAlthough motion-sensitive neurons in macaque middle temporal (MT) area are conventionally ch...
Although motion-sensitive neurons in macaque middle temporal (MT) area are conventionally characteri...
Neurons in the middle temporal area (MT) of the primate cerebral cortex respond to moving visual sti...
Neurons in the middle temporal area (MT) of the primate cerebral cortex respond to moving visual sti...
How reliably do action potentials in cortical neurons encode information about a visual stimulus? Mo...
We used the responses of neurons in extrastriate visual area MT to determine how well neural noise c...
How reliably do action potentials in cortical neurons encode infor-mation about a visual stimulus? M...
We used the responses of neurons in extrastriate visual area MT to determine how well neural noise c...
Neurons in the mediotemporal area of the macaque (MT) respond to accelerations of visual stimuli wit...
Neurons in the mediotemporal area of the macaque (MT) respond to accelerations of visual stimuli wit...
How is information about visual stimuli encoded into the responses of neurons in the cerebral cortex...
The middle-temporal area (MT) of primate visual cortex is critical in the analysis of visual motion....
Neurons in the mediotemporal area of the macaque (MT) respond to accelerations of visual stimuli wit...
Several theoretical and experimental methods are employed to investigate the neural representation o...
Several theoretical and experimental methods are employed to investigate the neural representation o...