Abstract

Braille is the composition of dots representing the various alphabets which will enable the visually impaired to read. People with visual impairments cannot read or visualize in their daily lives, they deal with several issues, including dependency, communication, transportation, and societal stigma. The goal is to create a digital assistance tool that can transform sign language into text and speech, facilitating communication between the public and groups of people who are blind. Using the latest technology and the availability of an Embedded board with a built-in advanced feature that allows real-time computation of the images and application of AI, the proposed approach will convert the text in the images into braille to help the blind to read the information in real-time the information is transformed into textual content and sent to the braille device. The Braille documents can be printed on a reusable screen or a refreshable screen, this reduces the paper cost and allows more files to be available to disabled people stimulating learning. This research presents a method where the normal text and sign board can be scanned, and it will be processed to generate the braille equivalent file. These files are used by the digital supporting device to generate braille literature on a refreshable screen of Braille embossed dots segmentation for Braille document images.