Advances in our understanding of natural image statistics and of gain control within the retinal circuitry are leading to new insights into the classic problem of retinal light adaptation. Here we review what we know about how rapid adaptation occurs during active exploration of the visual scene. Adaptational mechanisms must balance the competing demands of adapting quickly, locally, and reliably, and this balance must be maintained as lighting conditions change. Multiple adaptational mechanisms in different locations within the retina act in concert to accomplish this task, with lighting conditions dictating which mechanisms dominate
SummaryDue to fixational eye movements, the image on the retina is always in motion, even when one v...
We explored the complexity of the light adaptation process, assessing adaptation recovery (Ar) at di...
We see over an enormous range of mean light levels, greater than the range of output signals retinal...
Advances in our understanding of natural image statistics and of gain control within the retinal cir...
from cone- to rod-mediated vision (reviewed by Walraven et al., 1990). Recent work has focused on th...
AbstractThe retina needs to process visual information under a wide range of conditions, a feat faci...
Adaptation is at the heart of sensation and nowhere is it more salient than in early visual processi...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/65522/1/jphysiol.2008.156638.pd
AbstractThe visual system adapts to the magnitude of intensity fluctuations, and this process begins...
The visual system constantly adapts to different luminance levels when viewing natural scenes. The s...
Environmental illuminance can vary in intensity by up to 11 log units. The retina must adapt to thes...
AbstractThe retina adapts to average light intensity but also to the range of light intensities (con...
The ability of the cone visual system to regulate its sensitivity from twilight to bright sunlight i...
Neural and sensory systems adapt to prolonged stimulation to allow signaling across broader input ra...
As is well known, dark adaption in the human visual system is much slower than is recovery from dark...
SummaryDue to fixational eye movements, the image on the retina is always in motion, even when one v...
We explored the complexity of the light adaptation process, assessing adaptation recovery (Ar) at di...
We see over an enormous range of mean light levels, greater than the range of output signals retinal...
Advances in our understanding of natural image statistics and of gain control within the retinal cir...
from cone- to rod-mediated vision (reviewed by Walraven et al., 1990). Recent work has focused on th...
AbstractThe retina needs to process visual information under a wide range of conditions, a feat faci...
Adaptation is at the heart of sensation and nowhere is it more salient than in early visual processi...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/65522/1/jphysiol.2008.156638.pd
AbstractThe visual system adapts to the magnitude of intensity fluctuations, and this process begins...
The visual system constantly adapts to different luminance levels when viewing natural scenes. The s...
Environmental illuminance can vary in intensity by up to 11 log units. The retina must adapt to thes...
AbstractThe retina adapts to average light intensity but also to the range of light intensities (con...
The ability of the cone visual system to regulate its sensitivity from twilight to bright sunlight i...
Neural and sensory systems adapt to prolonged stimulation to allow signaling across broader input ra...
As is well known, dark adaption in the human visual system is much slower than is recovery from dark...
SummaryDue to fixational eye movements, the image on the retina is always in motion, even when one v...
We explored the complexity of the light adaptation process, assessing adaptation recovery (Ar) at di...
We see over an enormous range of mean light levels, greater than the range of output signals retinal...