Yuna Vision

Welcome to the cutting-edge artificial general intelligence (AGI) series model with Yuna Vision AI. This model represents a significant leap forward in our quest to create AI that can perceive and understand the world in a way that rivals human cognition. Yuna Vision AI is not just a text-based model; it's an AGI-series model designed to process and interpret visual data, opening up a new realm of possibilities for AI applications.

Yuna Vision AI is the latest addition to the Yuna AI series, expanding the capabilities of the previous models to include visual processing. This model is hosted on Hugging Face for easy access and integration into your projects. For more detailed information, please visit the original GitHub repository: https://github.com/yukiarimo/yuna-ai

Model Series

Yuna Vision AI is part of the AGI series, which includes:

  • Yuna AI V1 (Text-based)
  • Yuna AI V2 (Text-based)
  • Yuna AI X V2 (Text-based)
  • Yuna AI Vision V1 (Visual AGI-series)
  • ✔️ Yuna AI Vision V2 (Visual AGI-series)

Dataset Preparation:

Yuna Vision AI has been trained on diverse visual data, encompassing various scenes, objects, and contexts to ensure robust performance across different visual tasks. The model has been fine-tuned to achieve high accuracy in image recognition, object detection, and scene understanding.

Contributing and Feedback

The development of Yuna Vision AI is a collaborative effort, and we value the contributions and feedback from our community. If you have any suggestions, encounter issues, or want to contribute to the project, please contact us or submit a pull request on our GitHub repository. Your input is crucial in shaping the future of Yuna Vision AI.

Access the Yuna Vision AI model on Hugging Face and integrate visual intelligence into your applications today!

For further inquiries or contributions, connect with the developer:

Support the project and stay updated on the latest developments:

Patreon GitHub

Thank you for your interest in Yuna Vision. Together, we're pushing the boundaries of what's possible with artificial intelligence.

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