This paper presents the simulated performance assessment of an artificial iris embedded on
a scleral contact lens using real data from an aniridia patient. The artificial iris is based on …

Electronic contact lenses are a promising platform for medical sensors. With these devices a
variety of vital signs and medical parameters can be monitored noninvasively and without …

This paper presents a novel inductor-less switched capacitor (SC) DC-DC converter, which
generates simultaneous dual-output voltages for implantable electronic devices. Present …

Objective The perform pre-clinical testing using optical design tools to simulate the optical
quality of a smart artificial iris platform encapsulated in a scleral contact lens. These tools …

In a normally functioning eye, the iris controls the pupil diameter to regulate the amount of
light reaching the retina. Various iris deficiencies exist, manifesting as defects in the iris or …

Conventional electronics requires the use of numerous deposition techniques (eg chemical
vapor deposition, physical vapor deposition, and photolithography) with demanding …

Smart electronic contact lenses typically integrate communications modules, electronic
circuitry, sensors and an energy storage reservoir. These smart contact lenses can be used …

This chapter tackles developments on electronically equipped lenses turning them from
conventional passive components into actively functional devices intended to either assist …

Untitled Page 1 Page 2 Page 3 Long-Term Miniaturized Flexible Hermetic Encapsulation for
Implantable Medical Devices Using Polymers and Atomic Layer Deposited Ceramics …

The highly efficient ultra-low-power management unit is essential in powering low-power
wearable electronics. Such devices are powered by a single input source, either by a battery …