- if you prefer searching with danbooru-style tags, go with SigLIP
- if you prefer english sentences go with MobileCLIP
on my ryzen 7 7800x3d cpu, MobileCLIP is faster than SigLIP by a 3-4 seconds
- if you prefer searching with danbooru-style tags, go with SigLIP
- if you prefer english sentences go with MobileCLIP
on my ryzen 7 7800x3d cpu, MobileCLIP is faster than SigLIP by a 3-4 seconds
However, it's criminally undocumented. I tried using it outside Google to fine-tune PaliGemma and SigLIP on GPUs, and wrote a tutorial: lb.eyer.be/a/bv_tuto.html
However, it's criminally undocumented. I tried using it outside Google to fine-tune PaliGemma and SigLIP on GPUs, and wrote a tutorial: lb.eyer.be/a/bv_tuto.html
RADIO is one encoder, one pass. Better features than DFN-CLIP, DINO, SAM, and SigLIP - all at once. Like a Swiss army knife for vision tasks.
RADIO is one encoder, one pass. Better features than DFN-CLIP, DINO, SAM, and SigLIP - all at once. Like a Swiss army knife for vision tasks.
Siglip has no global CLS token. It has no extra registers. It only has the spatial positions.
Siglip has no global CLS token. It has no extra registers. It only has the spatial positions.
ProLIP is the first from-scratch trained probabilistic vision-language model, which is comparable with CLIP or SigLIP
Paper: Probabilistic Language-Image Pre-Training ( arxiv.org/abs/2410.18857 )
Models: huggingface.co/collections/...
ProLIP is the first from-scratch trained probabilistic vision-language model, which is comparable with CLIP or SigLIP
Paper: Probabilistic Language-Image Pre-Training ( arxiv.org/abs/2410.18857 )
Models: huggingface.co/collections/...
Enrico Fini et 15 al
tl;dr: in title. Scaling laws and ablations.
they claim to be better than SigLIP and DINOv2 for semantic tasks. I would be interested in monodepth performance though.
arxiv.org/abs/2411.14402
Enrico Fini et 15 al
tl;dr: in title. Scaling laws and ablations.
they claim to be better than SigLIP and DINOv2 for semantic tasks. I would be interested in monodepth performance though.
arxiv.org/abs/2411.14402
Spending a couple hours embedding 25k Fluoddity screenshots with a SigLIP 400M model
Spending a couple hours embedding 25k Fluoddity screenshots with a SigLIP 400M model
github.com/google-resea...
github.com/google-resea...
github.com/google-resea...
github.com/google-resea...
SigLIP (VLMs) and DINO are two competing paradigms for image encoders.
My intuition is that joint vision-language modeling works great for semantic problems but may be too coarse for geometry problems like SfM or SLAM.
Most animals navigate 3D space perfectly without language.
SigLIP (VLMs) and DINO are two competing paradigms for image encoders.
My intuition is that joint vision-language modeling works great for semantic problems but may be too coarse for geometry problems like SfM or SLAM.
Most animals navigate 3D space perfectly without language.
@gkordo.bsky.social, Vladan Stojnić @annetka.bsky.social Pavel Šuma, Nikolaos-Antonios Ypsilantis @nikos-efth.bsky.social Zakaria Laskar,Jiří Matas, Ondřej Chum, @gtolias.bsky.social
tl;dr: SigLIP rules. Lots of ablations
arxiv.org/abs/2502.11748
1/
@gkordo.bsky.social, Vladan Stojnić @annetka.bsky.social Pavel Šuma, Nikolaos-Antonios Ypsilantis @nikos-efth.bsky.social Zakaria Laskar,Jiří Matas, Ondřej Chum, @gtolias.bsky.social
tl;dr: SigLIP rules. Lots of ablations
arxiv.org/abs/2502.11748
1/
it's based on SigLIP-so-400M and Qwen-2.5-0.5B
💨 9x less image tokens, super efficient
📖 aligned with SFT and DPO for reducing hallucinations
🔥 Apache 2.0 license
Demo hf.co/spaces/NexaAIDev/omnivlm-dpo-demo
it's based on SigLIP-so-400M and Qwen-2.5-0.5B
💨 9x less image tokens, super efficient
📖 aligned with SFT and DPO for reducing hallucinations
🔥 Apache 2.0 license
Demo hf.co/spaces/NexaAIDev/omnivlm-dpo-demo
Valentin Bieri, Marco Zamboni, Nicolas S. Blumer, Qingxuan Chen, Francis Engelmann
tl;dr: if you have aerial 3D reconstruction, use SigLIP to be happy.
arxiv.org/abs/2503.16776
Valentin Bieri, Marco Zamboni, Nicolas S. Blumer, Qingxuan Chen, Francis Engelmann
tl;dr: if you have aerial 3D reconstruction, use SigLIP to be happy.
arxiv.org/abs/2503.16776
They were behind recent SOTA vision approaches and open-source models like ViT, SigLIP, PaliGemma
They were behind recent SOTA vision approaches and open-source models like ViT, SigLIP, PaliGemma
A strong (than ever) and lightweight feature upsampler for vision encoders that can boost performance on dense prediction tasks by 20%–100%!
Easy to plug into models like DINOv2, CLIP, SigLIP — simple design, big gains. Try it out!
github.com/andrehuang/l...
A strong (than ever) and lightweight feature upsampler for vision encoders that can boost performance on dense prediction tasks by 20%–100%!
Easy to plug into models like DINOv2, CLIP, SigLIP — simple design, big gains. Try it out!
github.com/andrehuang/l...
DeepSeek AI dropped three new commercially permissive vision LMs based on SigLIP encoder and their DeepSeek-MoE decoder 🐳
the models come in 1.0B, 2.8B and 4.5B active params 🥹 models seem to catch up with state-of-the-art with less active parameters! huggingface.co/collections/...
DeepSeek AI dropped three new commercially permissive vision LMs based on SigLIP encoder and their DeepSeek-MoE decoder 🐳
the models come in 1.0B, 2.8B and 4.5B active params 🥹 models seem to catch up with state-of-the-art with less active parameters! huggingface.co/collections/...
Fun project with @confusezius.bsky.social, @zeynepakata.bsky.social, @dimadamen.bsky.social and
@olivierhenaff.bsky.social.
Turns out you can, and here is how: arxiv.org/abs/2411.15099
Really excited to this work on multimodal pretraining for my first bluesky entry!
🧵 A short and hopefully informative thread:
Fun project with @confusezius.bsky.social, @zeynepakata.bsky.social, @dimadamen.bsky.social and
@olivierhenaff.bsky.social.
We show how to efficiently apply Bayesian learning in VLMs, improve calibration, and do active learning. Cool stuff!
📝 arxiv.org/abs/2412.06014
We show how to efficiently apply Bayesian learning in VLMs, improve calibration, and do active learning. Cool stuff!
📝 arxiv.org/abs/2412.06014
They also released model checkpoints at four sizes (ViT-B (86M), L (303M), So400m (400M), and g-opt (1B)).
Repo: github.com/google-resea...
They also released model checkpoints at four sizes (ViT-B (86M), L (303M), So400m (400M), and g-opt (1B)).
Repo: github.com/google-resea...