2.1. Audio formats

Processing audio formats in Octopus is a powerful and flexible process made possible by the use of modern AI technologies. Here is an overview of how Octopus processes audio formats:

  1. Supported audio formats
    Octopus can process common audio formats such as MP3, WAV and others. These formats are imported into the platform to make them usable for various applications.
  2. Processing steps
    Speech recognition (speech-to-text):
    Octopus uses advanced speech recognition technologies to convert spoken content from audio recordings into text. This is particularly useful for transcribing interviews, podcasts or lectures.
    Semantic enrichment:
    After conversion to text, Octopus can semantically enrich the content. This means that key terms are identified, metadata is added and the text is optimised for further applications.
    Translation services:
    The platform offers the ability to translate the transcribed text into other languages, making it ideal for international projects.
    Summarisation and analysis:
    Octopus can summarise or analyse the transcribed text to highlight important information. This saves time and makes it easier to process large amounts of data.
  3. Output formats
    After processing, the text can be exported in various formats, e.g. as a PDF, Word document, HTML or directly in XML structures. This enables seamless integration into existing workflows.
  4. Areas of application
    • Transcription of meetings and presentations
    • Creation of subtitles for videos
    • Analysing audio content for marketing or research
    • Automated translation and localisation

Conclusion

Processing audio formats in Octopus is a versatile and efficient process that is supported by AI technologies. With functions such as speech recognition, translation and semantic enrichment, Octopus offers a comprehensive solution for the use and optimisation of audio content.

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