In a functional eye, the iris controls the pupil diameter to regulate the exposure of the retina. While iris deficiencies such as aniridia or leiomyoma can be mitigated with fixed or adaptive artificial irises [1] and adaptive transparency glasses exist to alleviate this situation, they do not mimic the normal functionality of the natural iris. To address this, a fully encapsulated, self-contained artificial iris embedded in a smart contact lens is proposed. A control ASIC is developed in 0.18 μm 16 V BCD TSMC with typ. 1.9 μw current consumption from 3 V supply voltage at office light condition
Contact lenses have traditionally been used for vision correction applications. Recent advances in m...
This demonstration presents a gaze following system for facilitating the experiments with a contact ...
Objetivo Realizar las pruebas pre-clínicas por medio de herramientas de diseño óptico para simular l...
In a normally functioning eye, the iris controls the pupil diameter to regulate the amount of light ...
This paper presents the simulated performance assessment of an artificial iris embedded on a scleral...
A contact lens mimicking an artificial iris is presented as solution for people suffering from iris ...
An artificial iris utilizing a spherically shaped liquid crystal cell filled with a guest–host mixtu...
The iris, found in many animal species, is a biological tissue that can change the aperture (pupil) ...
This paper explores the challenges regarding the thermoforming of a deformable guest-host liq...
A switchable contact lens prototype was fabricated and tested with integrated off the shelf electron...
Recent progress in microsystems integration technology such as ultra-thin chip packaging, stretchabl...
A small, spherically curved guest-host LCD with concentric ring-shaped pixels was designed and fabri...
We show an active artificial iris based on solely thin-film components, wherein several LCD elements...
A new liquid crystal based technology is presented that can be embedded in a contact lens. Although ...
International audienceThis paper describes a camera-less eye-tracker using an instrumented contact l...
Contact lenses have traditionally been used for vision correction applications. Recent advances in m...
This demonstration presents a gaze following system for facilitating the experiments with a contact ...
Objetivo Realizar las pruebas pre-clínicas por medio de herramientas de diseño óptico para simular l...
In a normally functioning eye, the iris controls the pupil diameter to regulate the amount of light ...
This paper presents the simulated performance assessment of an artificial iris embedded on a scleral...
A contact lens mimicking an artificial iris is presented as solution for people suffering from iris ...
An artificial iris utilizing a spherically shaped liquid crystal cell filled with a guest–host mixtu...
The iris, found in many animal species, is a biological tissue that can change the aperture (pupil) ...
This paper explores the challenges regarding the thermoforming of a deformable guest-host liq...
A switchable contact lens prototype was fabricated and tested with integrated off the shelf electron...
Recent progress in microsystems integration technology such as ultra-thin chip packaging, stretchabl...
A small, spherically curved guest-host LCD with concentric ring-shaped pixels was designed and fabri...
We show an active artificial iris based on solely thin-film components, wherein several LCD elements...
A new liquid crystal based technology is presented that can be embedded in a contact lens. Although ...
International audienceThis paper describes a camera-less eye-tracker using an instrumented contact l...
Contact lenses have traditionally been used for vision correction applications. Recent advances in m...
This demonstration presents a gaze following system for facilitating the experiments with a contact ...
Objetivo Realizar las pruebas pre-clínicas por medio de herramientas de diseño óptico para simular l...