Meta Unveils DinoV2, A Self-Supervised Vision Transformer Model
After two years of introducing DINO, a self-supervised vision transformer model, Meta AI announced the launch of DinoV2. The model delivers strong performance and does not require fine-tuning unlike other similar models such as CLIP. Announced by Mark Zuckerberg this morning — today we're releasing DINOv2, the first method for training computer vision models that uses self-supervised learning to achieve results matching or exceeding industry standards.More on this new work ➡️ https://t.co/h5exzLJsFt pic.twitter.com/2pdxdTyxC4— AI at Meta (@AIatMeta) April 17, 2023 Check out the GitHub repository here: DINOv2 Meta achieved this by pretraining on large quantities of raw text using pretext objectives, such as language modelling or word vectors that require no supervision. The model is open source and is pre-trained on 142 million images in self-supervised fashion without any labels. “DINOv2 provides high-performance features that can be directly used as inputs for simple linear classifiers. This flexibility means DINOv2 can be used to create multipurpose backbones for many different computer vision tasks.,” it said in a blog post. DinoV2 will save developers massive amounts of time and resources because it helps in tackling tasks such as depth estimation,  image classification, semantic segmentation, and image retrieval without the need for costly labelled data. According to Meta, the model utilises self-supervised learning and yields outcomes that are on par with or exceed the conventional methodology utilised in the respective field.
The model is open source and is pre-trained on 142 million images in self-supervised fashion without any labels
After two years of introducing DINO, a self supervised vision transformer model, Meta AI announced the launch of DinoV2.
["Generative Pre-Trained Transformer"]
["self-supervised learning", "Meta AI", "programming_languages:R", "AI", "vision transformer", "Git", "computer vision", "Generative Pre-Trained Transformer", "CLIP", "GitHub", "R"]
["AI", "computer vision", "Meta AI", "R", "Git", "GitHub", "CLIP", "vision transformer", "self-supervised learning", "programming_languages:R"]
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