Contrast sensitivity (CS) is widely used as a measure of visual function in both basic
research and clinical evaluation. There is conflicting evidence on the extent to which …

Purpose: The contrast sensitivity function (CSF) characterizes functional vision, but its
measurement can be time-consuming. The quick CSF method,(Lesmes et al, JOV, 2010), is …

Purpose: The contrast sensitivity function (CSF) presents a better characteristic of functional
vision than visual acuity. The quick CSF is a novel adaptive method that greatly reduces …

Purpose: Contrast sensitivity (CS) is predictive of various aspects of an individual's
functional vision, such as recognizing faces and driving. Currently available CS charts are …

The contrast sensitivity function (CSF) predicts functional vision better than acuity, but long
testing times prevent its psychophysical assessment in clinical and practical applications …

Purpose Contrast sensitivity function (CSF) testing is a common approach to assessing
clinical changes to specific aspects of spatial vision. Different stimulus presentations and …

Purpose.: Letter acuity, the predominant clinical assessment of vision, is relatively
insensitive to slow vision loss caused by eye disease. While the contrast sensitivity function …

The contrast sensitivity function (CSF) relates the visibility of a spatial pattern to both its size
and contrast, and is therefore a more comprehensive assessment of visual function than …

The contrast sensitivity function (CSF) has shown promise as a functional vision endpoint for
monitoring the changes in functional vision that accompany eye disease or its treatment …

Purpose: The contrast sensitivity function (CSF) provides a detailed description of an
individual's spatial-pattern detection capability. We tested the hypothesis that the CSFs of …