SIGNMATE: DEVELOPING A SIGN LANGUAGE LEARNING PLATFORM

Abstract

This paper describes the creation and execution of SignMate, an innovative application that helps people learn American Sign Language (ASL). The application integrates multiple features such as live practice with real-time hand tracking, quizzes, an extensive ASL dictionary, ASL history, and video learning modules. The development effort includes a comprehensive analysis of requirements, systematic design processes, and detailed user interface implementation. The document also covers the various phases of the project, from initial requirement analysis and cost estimation to functional testing and user feedback. The requirement analysis includes data and functional requirements, along with the creation of essential diagrams and tables to support the design process. The implementation phase details the coding and user interface development, ensuring that each feature is user-friendly and effective. Functional testing employs qualitative methods, including questionnaires to gather user feedback and verify the demo procedures. The document concludes with a summary of the project's outcomes, demonstrating the successful development of SignMate as a comprehensive tool for ASL learning. SignMate effectively combines real-time practice, educational content, and interactive features to enhance the learning experience for users. The systematic approach to development, from requirement analysis to implementation and testing, ensures a robust and user-friendly application. This project highlights the importance of integrating advanced technologies with educational tools to create innovative solutions for language learning.