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Mathematical Modeling of Human Eye Lens using transparentElectro active Polymers
Central Mechanical Engineering Research Institute (C.S.I.R.)- Durgapur
Soumen MandalQHS (Trainee)
School of Mechatronics
Central Mechanical Engineering Research Institute (C.S.I.R.)- Durgapur
Aim
To generate a valid Biomechanical model of Human Eye, to studymechanics of human vision and to integrate the model with transparent
Electro active polymer mechanics.
Utilities
1. Lenses for Multiple object vision having different distances from the viewpoint with equal clarity. (Human eye Bio mimicry in machine vision and robotics)2. Artificial eye replacement for damaged eye if developed on micro level.
Central Mechanical Engineering Research Institute (C.S.I.R.)- Durgapur
Motivation
The human eye lens has a highly baroque architecture accoutered with an amazingability to generate clear images of objects located at different distances from thelens. In other words the human eye lens is said to posses real time variable focal length which normal artificial lenses do not have. The time required for change in gaze is also less.
These properties make the human eye an instrument for universal vision betweenthe range of 25 cm to infinity.
Central Mechanical Engineering Research Institute (C.S.I.R.)- Durgapur
Clefts of the talk:
Central Mechanical Engineering Research Institute (C.S.I.R.)- Durgapur
Paraxial Ray Approach and the Optical Transfer Function