The Braille system is used by blind or visually impaired persons to interact and communicate without the use of their eyes. With the tip of our fingers, we can read a braille system, which is a system of raised dots. Thousands of people use it in their own native languages and for literacy all around the world. The Braille system is now employed on refreshable devices, such as the eBraille Quran, which was developed by Universiti Teknologi Malaysia in 2011 to help Muslims who are blind or visually impaired understand and appreciate the Quran in a much more comfortable manner. However, the eBraile Quran is very expensive and costs around 20 thousand ringgit in Malaysia it is very hard for local people in Malaysia to purchase and it’s only been supplied to a certain school. The majority of the expense is due to its 40 braille cells, excessively numerous modular components, numerous microcontrollers, and intricately constructed braille cells. The purpose of this study is to develop a new compact and portable electronic Quran braille that only uses 8 cells with an implementation of a new concept of reading to aid the visually impaired and blind Muslim to read and listen to the Quran much easier at any place. A new concept for reading braille is based on a static reading concept which is fixation meaning that eyes or hand are relatively still as it assumes the reader’s finger will touch and stay on the braille cell during the reading process. Therefore, the size of the proposed architecture has been reduced by more than 50% and the cost shows that using the new concept reading reduces the cost by 55%.

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