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 the starting design and its optimization using a merit function until the required optical performance is achieved. The designs shown here were not sold or my prior clients permitted their publications.
- Design of compact camera with narrow FOV is shown in the following link: Narrow FOV camera.
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Design of compact camera with wide FOV is shown in the following link: Wide FOV camera.
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Design of artificial cornea for human eye is shown in the following link: Artificial cornea.
- Design of camera for endoscope is shown in the following link: Camera for endoscope.
- Design of imaging system of fundus camera is shown in the following link: Imaging system of fundus camera.
- Design of camera for micro-scanning is shown in the following link: Camera for micro-scaning.
- Design of VR glasses for correction of human vision is shown in the following link: VR glasses for correction of human vision.
- Design of imaging system for head-mounted fundus camera is shown in the following link: Imaging system of head-mounted fundus camera.
- A short explanation of aberration theory is shown in the following link: A short explanation of aberration theory.
Designs of illuminating systems.
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Illuminating system based on asymmetrical reflector and LEDs is shown in the following link: Illuminating system based on asymmetrical reflector and LEDs.
- Illuminating system for experiments with porcine eye is shown in the following link: Illuminating system for experiments with porcine eye.
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Illuminating system of the head-mounted fundus camera is shown in the following link: Illuminating system of the head-mounted fundus camera.
- Coaxial illuminating system for portable fundus camera is shown in the following link: Coaxial illuminating system for portable fundus camera.