This section presents the dataset samples, confusion matrices, and performance metrics for both American Sign Language (ASL) and Indian Sign Language (ISL). These visuals highlight the modelβs classification accuracy, dataset diversity, and precision scores. REPORT: https://drive.google.com/file/d/1TrRa5OeKCGi6AndA3N15CCHmAA-SBh9Q/view?usp=sharing







The following images represent raw dataset inputs used for training and evaluation. These samples showcase the diversity of gestures captured across different conditions.
Sample 1

Sample 2

Communication is one of the most fundamental human needs. For the hearing- and speech-impaired community, sign language is the primary medium of interaction.
π Problem: Many people do not understand sign language, making communication difficult.
π Solution: SignEase bridges this gap by translating Indian Sign Language (ISL) and American Sign Language (ASL) into text, and vice versa, using computer vision & deep learning.
β¨ Features include:
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Real-time static gesture recognition for ASL & ISL
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Dynamic gesture recognition using finger tracking & motion detection
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Bidirectional translation (Gestures β Text)
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High accuracy models trained on large-scale datasets
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Expandable & language-neutral framework to add more sign languages
π Indian Sign Language (ISL)
π American Sign Language (ASL)
π§ Classifier Used: Random Forest Classifier
π Performance
Programming Language: Python π
Libraries & Frameworks:
πΉ Add speech synthesis (gesture β voice)
πΉ Support dynamic sign sequences
πΉ Deploy as a mobile & web app
πΉ Extend to more sign languages globally