Color vision deficiency people have difficulty to distinguish certain colors, while some other people can distinguish well. Some researches try to help the people that has color vision deficiency problem by manipulating color. In this way, it must be so many different solutions based on the type of color vision deficiency. For this moment, we can personalize glasses with different tinted lenses which can help improve color vision deficiency people to distinguish color. This method has also been developed by several researchers but unfortunately, these researches are still not open to public or only been used on commercial use. Using glasses for color vision deficiency people is interesting to develop so the science and technology of this method will grow well. Simulation or modeling system of color blind glasses is base on reality of human vision and take advantage of human binocular vision. To simulate this real problem, how the glasses work, we need a model. In the end of the research, that model shall be validated by an observed experiment data from reality. On this occasion, we will discuss how to build a model. On way to understand how human vision work may be analogous by image processing. The image acquired is transformed to color blind chromaticity diagram. Then, the system simulates color transformation through lenses, retina, and human vision to achieve goal. The goal of this system is how to find a suitable color of lenses with the approach of normal vision chromaticity. With this model of glasses, we hope that system can bring out both two parameters of this glasses color. The expected result of this simulation is to achieve goal of color filter lenses parameters. With this output, the color vision deficiency people can be helped to distinguish color better than before wearing these glasses.
['Ginanjar Fahrul Muttaqin', 'Iping Supriana Suwandi']
Simulation system of color blind glasses by image processing