[HTML][HTML] Motion adaptation improves acuity (but perceived size doesn't matter)
S Tagoh, LM Hamm, DS Schwarzkopf… - Journal of …, 2022 - iovs.arvojournals.org
Recognition acuity—the minimum size of a high-contrast object that allows us to recognize it—
is limited by optical and neural elements of the eye and by processing within the visual …
is limited by optical and neural elements of the eye and by processing within the visual …
Motion adaptation improves acuity (but perceived size doesn't matter)
S Tagoh, LM Hamm, DS Schwarzkopf… - Journal of …, 2022 - pubmed.ncbi.nlm.nih.gov
Recognition acuity-the minimum size of a high-contrast object that allows us to recognize it-
is limited by optical and neural elements of the eye and by processing within the visual …
is limited by optical and neural elements of the eye and by processing within the visual …
Motion adaptation improves acuity (but perceived size doesn't matter).
S Tagoh, LM Hamm, DS Schwarzkopf… - Journal of Vision, 2022 - psycnet.apa.org
Recognition acuity—the minimum size of a high-contrast object that allows us to recognize it—
is limited by optical and neural elements of the eye and by processing within the visual …
is limited by optical and neural elements of the eye and by processing within the visual …
Motion adaptation improves acuity (but perceived size doesn't matter).
S Tagoh, LM Hamm, DS Schwarzkopf, SC Dakin - Journal of Vision, 2022 - europepmc.org
Recognition acuity—the minimum size of a high-contrast object that allows us to recognize it—
is limited by optical and neural elements of the eye and by processing within the visual …
is limited by optical and neural elements of the eye and by processing within the visual …
[HTML][HTML] Motion adaptation improves acuity (but perceived size doesn't matter)
S Tagoh, LM Hamm, DS Schwarzkopf… - Journal of …, 2022 - jov.arvojournals.org
Recognition acuity—the minimum size of a high-contrast object that allows us to recognize it—
is limited by optical and neural elements of the eye and by processing within the visual …
is limited by optical and neural elements of the eye and by processing within the visual …
[PDF][PDF] Motion adaptation improves acuity (but perceived size
S Tagoh, LM Hamm, DS Schwarzkopf, SC Dakin - 2022 - pdfs.semanticscholar.org
The most common clinical measure of visual function is recognition acuity. Assessment of
recognition acuity requires an observer to identify high-contrast targets (typically letters) of …
recognition acuity requires an observer to identify high-contrast targets (typically letters) of …
[HTML][HTML] Motion adaptation improves acuity (but perceived size doesn't matter)
S Tagoh, LM Hamm, DS Schwarzkopf… - Journal of Vision, 2022 - ncbi.nlm.nih.gov
Recognition acuity—the minimum size of a high-contrast object that allows us to recognize it—
is limited by optical and neural elements of the eye and by processing within the visual …
is limited by optical and neural elements of the eye and by processing within the visual …
Motion adaptation improves acuity (but perceived size doesn't matter).
S Tagoh, LM Hamm, DS Schwarzkopf, SC Dakin - 2022 - researchspace.auckland.ac.nz
Recognition acuity-the minimum size of a high-contrast object that allows us to recognize it-
is limited by optical and neural elements of the eye and by processing within the visual …
is limited by optical and neural elements of the eye and by processing within the visual …
Motion adaptation improves acuity (but perceived size doesn't matter).
S Tagoh, LM Hamm, DS Schwarzkopf, SC Dakin - Journal of Vision, 2022 - europepmc.org
Recognition acuity—the minimum size of a high-contrast object that allows us to recognize it—
is limited by optical and neural elements of the eye and by processing within the visual …
is limited by optical and neural elements of the eye and by processing within the visual …