Complex OCT data processing detects retinal blood flow via vector differences, reducing noise errors from scattering variations.
A therapeutic contact lens focuses peripheral image fields to reshape the mid-peripheral cornea.
Temperature sensors detect facet lens thermal changes to adjust beam angle evaluations in eye topography systems.
Feedback control stabilizes the tuning fork oscillator, reducing artifacts and improving image fidelity in ophthalmic scanners.
A hybrid eye movement measurement device combines video-based and non-video-based sensors to capture low-speed and high-speed ocular motion data.
A configuration module detects color vision impairment and switches graphical elements to alternative palettes.
A multifocal keratometry system projects light onto multiple eye surfaces and calculates curvature from in-focus reflections.
A display optical system uses an f-theta lens configuration to maintain consistent retinal image size across the visual field.
A computer implemented method displays colored bars against a contrasting background to detect astigmatism angles.