INFORMATION AND WEB TECHNOLOGIES

Abstract

. The integration of artificial intelligence (AI) in additive manufacturing (AM) has shown great potential for revolutionizing the production of braille models. Braille models play a vital role in the lives of visually impaired individuals, providing them with access to important information and facilitating their education, employment, and daily activities. However, the traditional manufacturing process for Braille models is time-consuming and costly and limits design flexibility and customization. The use of artificial intelligence in 3D printing for Braille production overcomes these challenges and provides specific benefits such as improved manufacturing and design processes, increased accuracy and ease of use, increased production speed, economic benefits and the ability to flexibly adjust the 3D model to achieve the expected results. However, the integration of AI for braille in additive manufacturing poses several challenges, including technical, ethical, and legal challenges. This article analyzes the opportunities and challenges of integrating artificial intelligence into additive manufacturing for the development of 3D models with relief dot braille and provides an understanding of the potential advantages and obstacles of this innovative approach. In particular, it examines how artificial intelligence can improve the braille design process, the opportunities it offers for improved accuracy and usability, and the main obstacles to incorporating artificial intelligence into AM braille design. Thus, the potential of additive manufacturing to radically transform the additive manufacturing approach to creating braille models is further enhanced by its integration with artificial intelligence.