Disclosed is a device for image-converting and simulating a visual field observed upon insertion of an artificial lens. A device for image-converting and simulating a visual field observed upon insertion of an artificial lens may include: a collection unit which receives each of a first image acquired through a monofocal artificial lens and a second image acquired through a multifocal artificial lens; a learning unit which analyzes the correlation between the first image and the second image through machine-learning; an input unit to which a third image acquired through a monofocal lens is input; and an image conversion unit which converts the third image into a virtual fourth image obtained with the multifocal artificial lens on the basis of the correlation analyzed by the learning unit.

System and method for simulating visual field observed upon insertion of artificial lens

Disclosed is an apparatus for simulating vision by converting the vision seen in intraocular lens implantation into an image, wherein the apparatus comprises: a collection unit for receiving a first image obtained through a monofocal intraocular lens and a second image obtained through a multifocal intraocular lens, respectively; a learning unit that analyzes a correlation between the first image and the second image through machine learning; an input unit through which a third image obtained through a monofocal lens is input; and an image conversion unit for converting the third image into a virtual fourth image implemented with a multifocal intraocular lens based on the correlation analyzed by the learning unit.

Hosik Hwang

Papers

System and method for simulating vision seen in intraocular lens implantation

System and method for simulating visual field observed upon insertion of artificial lens