This research work is concerned with resolving communication barriers using machine learning and deep learning-powered systems for real-time, multimodal interaction. It bridges language and ability gaps by offering functionalities like sign language translation, text-to-gesture conversion, text-to-speech, and multilingual translation. Convolutional Neural Networks (CNNs) and Artificial Neural Networks (ANNs) form the core functionalities, while frameworks like Keras and TensorFlow facilitate model development and deployment. This system has the potential to significantly enhance communication accessibility for various communities. The model has achieved a validation accuracy of 99.9%, which is significantly higher than existing models.

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Bridging the Gap: A Multimodal Communication System Using Deep Learning

  • Tithi Jain,
  • Arpan Basu Sachdeva,
  • Varsha Sharma,
  • Shailendra Gaur

摘要

This research work is concerned with resolving communication barriers using machine learning and deep learning-powered systems for real-time, multimodal interaction. It bridges language and ability gaps by offering functionalities like sign language translation, text-to-gesture conversion, text-to-speech, and multilingual translation. Convolutional Neural Networks (CNNs) and Artificial Neural Networks (ANNs) form the core functionalities, while frameworks like Keras and TensorFlow facilitate model development and deployment. This system has the potential to significantly enhance communication accessibility for various communities. The model has achieved a validation accuracy of 99.9%, which is significantly higher than existing models.