Wavefront metrics such as root mean squared error provide excellent descriptions of optical
quality but the connection to visual performance is not directly interpretable from the …

ABSTRACT PURPOSE: Root mean square (RMS) wavefront error may not be the best
metric for predicting a patient's visual function; other metrics should be considered. We …

The traditional means of measuring visual acuity in human eyes relies on eye charts and the
patient's perceptions. With the advent of wavefront-based technologies, it is now feasible to …

Purpose. To determine the precision (repeatability) of several methods of calculating
refraction from higher-order wavefront aberration data and to compare these wavefront …

Purpose Studies in the field of cataract and refractive surgery often report only summary
wave‐front analysis data–data that are too condensed to allow for a retrospective calculation …

Wavefront-guided refractive surgery and custom optical corrections have reduced the
residual root mean squared (RMS) wavefront error in the eye to relatively low levels …

Background: Wavefront error fundamentally defines the optical quality of the retinal image.
Numerous metrics of optical quality can be calculated from wavefront error. Purpose: To …

Background To evaluate accuracy of WASCA wavefront aberrometry (WA) refraction in
comparison to manifest refraction (MR) in an older population awaiting cataract surgery …

ABSTRACT PURPOSE: To develop s ingle-valued wavefront aberration metrics that
correlate strongly with visual performance. The purpose of this study is to explore whether …

Purpose: Objective refraction based on wavefront aberration measures is a potential tool for
patients unable to participate in a subjective refraction, but the selection of a single pupil …