Application of 3D printing, sensor and artificial intelligence technology in Braille field

Abstract

This article discusses the exciting advancements in technology that are being made in the Braille field, with a focus on 3D printing, sensor technology, and artificial intelligence (AI). These technologies are transforming the way that blind people access and interact with Braille, improving their quality of life and making the world a more inclusive place. The use of 3D printing is an important development in Braille production. Traditional printing methods can result in Braille books and materials that are difficult to read due to errors and inaccuracies. 3D printing, however, allows for more precision and accuracy, resulting in higher quality Braille materials. This technology can also be used to create custom Braille materials to suit individual needs. Sensor technology is another important advancement in the field of Braille. A new type of assistive device, such as a wristband-style smart reader, is being developed. These devices use sensors to detect and translate Braille into spoken or written language, thereby enhancing communication and access to information for blind people. Finally, AI technology is making significant progress in recognizing and translating Braille. With the help of AI tools, blind people can more easily and accurately understand Braille and interact with the world around them. For example, AI-powered reading machines can scan and recognize Braille characters and translate them into spoken or written language, allowing blind people to access a wider range of information with greater ease.