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#generativemodel — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #generativemodel, aggregated by home.social.

  1. Loopy, an AI model that generates lifelike portrait motion from audio input alone! 🎥✨ Loopy uses advanced temporal modules to sync natural movements like eye, eyebrow, and head motions with different audio types, whether it's speech, sighs, or even singing.
    #AI #DeepLearning #AudioDrivenAI #GenerativeModel #VideoSynthesis #Bytedance
    loopyavatar.github.io/

  2. Loopy, an AI model that generates lifelike portrait motion from audio input alone! 🎥✨ Loopy uses advanced temporal modules to sync natural movements like eye, eyebrow, and head motions with different audio types, whether it's speech, sighs, or even singing.
    #AI #DeepLearning #AudioDrivenAI #GenerativeModel #VideoSynthesis #Bytedance
    loopyavatar.github.io/

  3. Loopy, an AI model that generates lifelike portrait motion from audio input alone! 🎥✨ Loopy uses advanced temporal modules to sync natural movements like eye, eyebrow, and head motions with different audio types, whether it's speech, sighs, or even singing.
    #AI #DeepLearning #AudioDrivenAI #GenerativeModel #VideoSynthesis #Bytedance
    loopyavatar.github.io/

  4. Loopy, an AI model that generates lifelike portrait motion from audio input alone! 🎥✨ Loopy uses advanced temporal modules to sync natural movements like eye, eyebrow, and head motions with different audio types, whether it's speech, sighs, or even singing.
    #AI #DeepLearning #AudioDrivenAI #GenerativeModel #VideoSynthesis #Bytedance
    loopyavatar.github.io/

  5. Loopy, an AI model that generates lifelike portrait motion from audio input alone! 🎥✨ Loopy uses advanced temporal modules to sync natural movements like eye, eyebrow, and head motions with different audio types, whether it's speech, sighs, or even singing.
    #AI #DeepLearning #AudioDrivenAI #GenerativeModel #VideoSynthesis #Bytedance
    loopyavatar.github.io/

  6. There will be two interesting #ComputationalNeuroscience seminars this Wednesday, both online:

    Simon Danner, "#ComputationalModels of spinal locomotor circuitry"
    ⏰ Wednesday, June 14, 2023 10:00 AM CET
    🌎 world-wide.org/seminar/9337/

    Neil Burgess, "Understanding our #memory system as a #GenerativeModel"
    ⏰ Wednesday, June 14, 2023 3:00 PM CET
    🌎 ucl.ac.uk/research/domains/eve

    #compneuro #neuroscience