IoT-Assisted Gesture-to-Audio Conversion System for Enhancing Accessibility in Speech-Impaired Users
Upasana Pandey, Vanshika Kumar, Shanu Kaushik, Meena Kumari · 2024
In the realm of technology, understanding and catering to the needs of diverse user groups through empathy is paramount. People with speech impairments encounter significant communication hurdles daily, often finding it challenging to effectively express their thoughts and emotions. As a solution, this article presents a groundbreaking innovation: IoT-enabled intelligent gloves tailored specifically for individuals with speech impediments. These gloves make use of embedded systems and IoT technology to interpret hand movements and convert them into spoken words or text, thereby facilitating smooth communication. This is achieved through intuitive gesture recognition algorithms and customizable features that cater to individual preferences. By leveraging IoT connectivity, users can seamlessly interact with other smart devices, broadening the range of communication options available to them. This article delves into the technical aspects of the glove’s design, encompassing sensor integration, data processing algorithms, and connectivity protocols. Furthermore, it explores the potential impact of such technology on the lives of speech-impaired users, underscoring the significance of empathy in shaping inclusive technological solutions.