AI and Endangered Languages
Midjourney image

AI and Endangered Languages


Endangered languages represent a significant facet of cultural diversity and heritage. With over 7,000 languages spoken worldwide, it is estimated that one language dies every two weeks, often taking with it unique worldviews and knowledge systems.

AI has emerged as a tool to help preserve and potentially revive these languages, offering innovative solutions to some of the challenges faced by linguists and communities alike.

Translation services driven by AI facilitate the translation of endangered languages into more widely spoken ones and vice versa, promoting learning and usage. Separately, platforms like Rosetta Stone collaborate with indigenous communities to develop courses for endangered languages, though these efforts are not typically AI-driven.

To be clear a database or dataset of the language in question needs to be created first, THEN translation can happen with the help of AI tools.

AI in Language Documentation

AI technologies facilitate the recording and transcription of spoken languages, even those with limited speakers. Speech recognition models convert spoken words into written text, aiding documentation and analysis.

Natural Language Processing (NLP) algorithms collect and organize linguistic data from various sources, including audio recordings, texts, and videos. For instance, the Endangered Languages Project, supported by Google, digitizes audio recordings of endangered languages.

In June 2024, Meta's AI research division announced a significant advancement in machine translation by expanding its system to include over 200 languages, many of which are under-resourced and previously unsupported by such technology.

This initiative, part of Meta AI's 'No Language Left Behind' program, aims to bridge the digital divide by enabling speakers of these languages to access online content in their native tongues.

The project involved creating a 'seed' dataset with the help of professional translators for 39 languages and developing techniques to mine web data for parallel datasets in the remaining languages.

Additionally, the team generated lists of approximately 200 'toxic' words for each language to identify and mitigate potentially harmful translations.

While this development holds promise for preserving endangered languages and promoting digital inclusivity, experts emphasize the necessity of ongoing collaboration with native-speaking communities.

Such engagement ensures that translations are accurate and culturally relevant, preventing the erosion of linguistic nuances and values.

Without this human element, there's a risk that machine translation could inadvertently contribute to the decline of the very languages it seeks to support.


Beyond language, AI aids in preserving the cultural contexts in which these languages are used. This includes recording traditional stories, songs, and rituals, ensuring they remain part of the living cultural heritage. The Living Tongues Institute for Endangered Languages utilizes AI to create multimedia resources that capture the cultural practices of indigenous communities.


Sources:

AutoGPT

Nature

Google’s Endangered Languages Project:

UNESCO Reports on Language Preservation:




要查看或添加评论,请登录

Chester Beard的更多文章

  • AI and Ecological Design in Metropolitan Development

    AI and Ecological Design in Metropolitan Development

    Contemporary urban centers are undergoing a metamorphosis through the fusion of computational intelligence and…

  • Clean, Reliable, and Growing

    Clean, Reliable, and Growing

    The U.S.

    2 条评论
  • How Machine Learning is Making a Difference with Whale Conservation

    How Machine Learning is Making a Difference with Whale Conservation

    Protecting Whales in a Changing Ocean While commercial whaling has significantly declined, whale populations worldwide…

  • Transforming Agriculture in Malawi

    Transforming Agriculture in Malawi

    The Challenge In Malawi, Africa, small farmers have long relied on the predictable cycles of rainy and dry seasons to…

  • AI and Astronomy

    AI and Astronomy

    Stars flicker in and out of existence, their deaths sometimes marked by brilliant explosions known as supernovae. These…

  • The Role of Electrolytes in Batteries

    The Role of Electrolytes in Batteries

    Batteries power our modern world, from smartphones to electric vehicles. At the heart of every battery lies a critical…

  • Working with DeepseekR1

    Working with DeepseekR1

    If you haven’t heard there is a new model on the block. It didn’t come from Stanford, UW - Seattle, or Harvard.

    1 条评论
  • Explaining Battery Cycle Life

    Explaining Battery Cycle Life

    Navigating the Trade-Off Between Capacity and Sustainability In the age of digital devices, electric vehicles, and…

  • Green Ammonia for Sustainable Industry

    Green Ammonia for Sustainable Industry

    There's an exciting development in sustainable technology and it is called green ammonia. This new approach to ammonia…

    4 条评论
  • What is Energy Density in Batteries?

    What is Energy Density in Batteries?

    Picture this: you’re in the middle of an important call, and your phone dies. Or you’re on a road trip in your electric…

    2 条评论

社区洞察

其他会员也浏览了