Designs
of imaging systems.
I want to show here my ability to complete an optical design. The key features of design
imaging systems are choosing a start design and its optimization using merit function until required
optical performance is obtained. The start design should include enough lenses to achieve a
balance of aberrations. The designs shown here were not sold, or permissions to their publications were obtained
from my prior clients:
- The design
of compact camera with narrow FOV for machine vision is shown in the link below. High-resolution image was obtained.
The compact camera with narrow FOV for machine vision.
- The design
of the compact camera with wide FOV is shown in the link below. Optics of the camera includes three aspherical plastic lenses
and a single spherical glass lens.The design includes tolerance, ghost image, and thermal analyses.
- The design
of the artificial cornea for human eye is shown in the link below.
Design of artificial cornea for human eye.
- The design
of the micro-camera for endoscopy is shown in the link below.
The micro-camera for endoscopy.
- The design of the imaging system of the fundus
camera is shown in the link below. The camera has the range of adjustment from -10 Diopters to +10 Diopters.
Design of imaging system of fundus camera.
- The design of the high-resolution camera for
micro-scanning is shown in the link below.
The high-resolution camera for micro-scanning.
- The design of VR glasses for correction of
human vision is shown in the link below. The glasses have the range of adjustment from -10 Diopters to +10 Diopters.
VR glasses for correction of human vision.
- The design of the imaging system of the device
that can be used as a head-mounted fundus camera and retinal vessels analyzer is shown in the link below. The device has the
range of adjustment from -10 Diopters to +10 Diopters.
The imaging system of the device that can be used as a head-mounted fundus camera and retinal vessels analyzer.
Some of my clients do not
have a strong background in optical design. But, it is
essential to know aberration theory for understanding the optical design
process. I have not found the article that presents a short explanation of the theory. So, I wrote the
article. It can be
found in the link below.
A Short Explanation of Aberration Theory.
Designs of illuminating systems.
- Illuminating system based on asymmetrical reflector
and LEDs in Visible range and SWIR is shown in the link below.
Illuminating system based on asymmetrical reflector and LEDs.
- Design of the illuminating system for the experiments
with a porcine eye is shown in the link below.
Design of the illuminating system for the experiments with a porcine eye.
- The design of the illuminating system of the
device that can be used as a head-mounted fundus camera and retinal vessels analyzer is shown in the link below.
The illuminating system of the device that can be used as a head-mounted fundus camera and retinal vessels analyzer.
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