Optical models of the human eye have been used in visual science for purposes such as
providing a framework for explaining optical phenomena in vision, for predicting how …

Cornea, lens and eye models are analyzed and compared to experimental findings to
assess properties and eventually unveil optical design principles involved in the structure …

We propose a wide-field schematic eye model, which provides a more realistic description of
the optical system of the eye in relation to its anatomical structure. The wide-field model …

Eye models are valuable tools that can help delineate the role of anatomical parameters on
visual performance and guide the design of advanced ophthalmic instrumentation. We …

Handbook of Visual Optics offers an authoritative overview of encyclopedic knowledge in the
field of physiological optics. It builds from fundamental concepts to the science and …

Generally, the analysis of corneal topography involves fitting the raw data to a parametric
geometric model that includes a regular basis surface, plus some sort of polynomial …

The most fundamental aspect of a contact lens is its optics; the manner in which the
refraction of light is managed to optimise vision to the clinical benefit of the lens wearer. This …

Purpose It has been hypothesized that central and peripheral refraction, in eyes treated with
myopic overnight orthokeratology, might vary with changes in pupil diameter. The aim of this …

Dexterous manipulation of intraocular microrobotic devices has the potential to significantly
augment ophthalmic surgeons' capabilities. Microrobots can be employed for targeted drug …

Measurement of ocular wavefront aberration is becoming a popular clinical technique due to
recent technical advances and an increasing awareness of its potential for practical …