The rapid growth of digital media consumption in India has heightened the need for accessible, inclusive content across diverse linguistic landscapes. AI-powered video dubbing systems, utilizing neural machine translation (NMT) and advanced language models, enable translation of English content into regional Indian languages. This article examines these technologies, focusing on key trends, methodologies, and their ability to democratize knowledge and foster cross-cultural understanding. While promising, challenges persist, such as preserving cultural nuances, ensuring seamless voice modulation, and addressing India's linguistic diversity. The analysis evaluates systems like WhisperAI for speech recognition, FacebookM2M100 for translation, and neural text-to-speech models, highlighting gaps in fluency and cultural adaptation. To enhance these technologies, introducing context-aware algorithms, improving cultural adaptation modules, and integrating user feedback are proposed. These advancements could significantly improve AI-driven dubbing, promoting inclusivity and accessibility in multilingual media.

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AI-Driven Video Translation to Indian Languages: A Multilingual Perspective

  • Syed Junaid,
  • Saad Syed Kaleemulla,
  • Sheikh Ameen,
  • Zubair Abdul Aziz,
  • Smitha Kurian,
  • Pushpa Mohan

摘要

The rapid growth of digital media consumption in India has heightened the need for accessible, inclusive content across diverse linguistic landscapes. AI-powered video dubbing systems, utilizing neural machine translation (NMT) and advanced language models, enable translation of English content into regional Indian languages. This article examines these technologies, focusing on key trends, methodologies, and their ability to democratize knowledge and foster cross-cultural understanding. While promising, challenges persist, such as preserving cultural nuances, ensuring seamless voice modulation, and addressing India's linguistic diversity. The analysis evaluates systems like WhisperAI for speech recognition, FacebookM2M100 for translation, and neural text-to-speech models, highlighting gaps in fluency and cultural adaptation. To enhance these technologies, introducing context-aware algorithms, improving cultural adaptation modules, and integrating user feedback are proposed. These advancements could significantly improve AI-driven dubbing, promoting inclusivity and accessibility in multilingual media.