Detection of Cones for Different Color Visual Impairment

Color visual deficiency is the weakness of shading vision. It is the decreased capacity to recognize references between various tones. Numerous sorts of visual weakness influence eye vision in various manners a particularly red-green, blue-yellow, and so forth. In any case, these days the normal kind of visual impairment is alluded to as red-green in which individuals can't separate between red and green. An insufficient individual discovers both the tones as similar one and a few groups saw it as beige tone. In this research paper, the authors designed a detection model to detect color blindness. Initially, data is collected from the ophthalmologist, pre-processed, and detected different color blindness. Authors can detect red, green, blue, gray cones. Usually, the sensitivity curves of the cones are different, making it harder to distinguish red from green, and making the overall perception of colors. Color-blindness is most prevalent among males with the most common being Red/Green. The level of neural experimentation to read the signals from the retina is to determine how a particular individual perceives a particular color has never been done. Colorblind people cannot differentiate in color when they are in extreme abundance as in an array.