π₯π₯HAMSTER: Hierarchical VLA Manipulationπ₯π₯
π#Nvidia unveils HAMSTER: novel Hierarchical VLA architecture to enable robotic manipulation with semantic, visual & geometric generalization trained on easy to collect, off-domain data. Source Code announcedπ
ππ’π π‘π₯π’π π‘ππ¬:
β Hier. Action Models w/ SeparaTEd Path Represent.
β Fine-tuned VLMs -> to low-level 3D policy models
β A fully open-sourced enabler for VLM-action models
β Abundant OOD data for improving real-world control
#artificialintelligence #machinelearning #ml #AI #deeplearning #computervision #AIwithPapers #metaverse #LLM
πDiscussion https://lnkd.in/dMgakzWm
πPaper https://arxiv.org/pdf/2502.05485
πProject https://hamster-robot.github.io/
πRepo TBA
π#Nvidia unveils HAMSTER: novel Hierarchical VLA architecture to enable robotic manipulation with semantic, visual & geometric generalization trained on easy to collect, off-domain data. Source Code announcedπ
ππ’π π‘π₯π’π π‘ππ¬:
β Hier. Action Models w/ SeparaTEd Path Represent.
β Fine-tuned VLMs -> to low-level 3D policy models
β A fully open-sourced enabler for VLM-action models
β Abundant OOD data for improving real-world control
#artificialintelligence #machinelearning #ml #AI #deeplearning #computervision #AIwithPapers #metaverse #LLM
πDiscussion https://lnkd.in/dMgakzWm
πPaper https://arxiv.org/pdf/2502.05485
πProject https://hamster-robot.github.io/
πRepo TBA
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π 3DGazeNet: Revolutionizing Gaze Estimation with Weak-Supervision! π
Key Features:
πΉ Advanced Neural Network: Built on the robust U2-Net architecture.
πΉ Comprehensive Utilities: Easy data loading, preprocessing, and augmentation.
πΉ Seamless Integration: Train, test, and visualize with simple commands.
Demo Visualization:Visualize the demo by configuring your video path in main.py and showcasing the power of 3DGazeNet.
Pretrained Weights:Quick start with our pretrained weights stored in the weights folder.
π»Source Code: https://github.com/Shohruh72/3DGazeNet
πRead the Paper: Access Here
#3DGazeNet #GazeEstimation #AI #DeepLearning #TechInnovation
Join us in pushing the boundaries of gaze estimation technology with 3DGazeNet!
Key Features:
πΉ Advanced Neural Network: Built on the robust U2-Net architecture.
πΉ Comprehensive Utilities: Easy data loading, preprocessing, and augmentation.
πΉ Seamless Integration: Train, test, and visualize with simple commands.
Demo Visualization:Visualize the demo by configuring your video path in main.py and showcasing the power of 3DGazeNet.
Pretrained Weights:Quick start with our pretrained weights stored in the weights folder.
π»Source Code: https://github.com/Shohruh72/3DGazeNet
πRead the Paper: Access Here
#3DGazeNet #GazeEstimation #AI #DeepLearning #TechInnovation
Join us in pushing the boundaries of gaze estimation technology with 3DGazeNet!
π₯π₯Distill-Any-Depth: new SOTA MDEπ₯π₯
πDistill-Any-Depth is the new SOTA monocular depth estimation model trained with a novel knowledge distillation. Source Code, pre-trained models & f-demo releasedπ
ππ’π π‘π₯π’π π‘ππ¬:
β Authors: ZJUT, WestLake University, LZU & NTU
β Multiple D-normalization on pseudo-label distillation
β Proposing novel Cross-Context Distillation approach
β Introducing new multi-teacher distillation framework
β Pre-trained Models and code released under MIT
hashtag#artificialintelligence hashtag#machinelearning hashtag#ml hashtag#AI hashtag#deeplearning hashtag#computervision hashtag#AIwithPapers hashtag#metaverse hashtag#LLM
πDiscussion https://lnkd.in/dMgakzWm
πPaper arxiv.org/pdf/2502.19204
πRepo https://lnkd.in/dPtxNrQh
π€Demo https://lnkd.in/d2TMPf4b
πDistill-Any-Depth is the new SOTA monocular depth estimation model trained with a novel knowledge distillation. Source Code, pre-trained models & f-demo releasedπ
ππ’π π‘π₯π’π π‘ππ¬:
β Authors: ZJUT, WestLake University, LZU & NTU
β Multiple D-normalization on pseudo-label distillation
β Proposing novel Cross-Context Distillation approach
β Introducing new multi-teacher distillation framework
β Pre-trained Models and code released under MIT
hashtag#artificialintelligence hashtag#machinelearning hashtag#ml hashtag#AI hashtag#deeplearning hashtag#computervision hashtag#AIwithPapers hashtag#metaverse hashtag#LLM
πDiscussion https://lnkd.in/dMgakzWm
πPaper arxiv.org/pdf/2502.19204
πRepo https://lnkd.in/dPtxNrQh
π€Demo https://lnkd.in/d2TMPf4b
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π Introducing L2CS-Net: Fine-Grained Gaze Estimation πβ¨
π GitHub Repo: Star β the Repo
π₯ Key Features:
β Fine-grained gaze estimation with deep learning
β Supports Gaze360 dataset
β Train with Single-GPU / Multi-GPU
β Demo for real-time visualization
π Quick Start:
ποΈ Prepare dataset
ποΈ Train (
π₯ Video Infernece (
π Support Open Source! Star β & Share!
π GitHub Repo: L2CSNet
#AI #DeepLearning #GazeEstimation #L2CSNet #OpenSource π
π GitHub Repo: Star β the Repo
π₯ Key Features:
β Fine-grained gaze estimation with deep learning
β Supports Gaze360 dataset
β Train with Single-GPU / Multi-GPU
β Demo for real-time visualization
π Quick Start:
ποΈ Prepare dataset
ποΈ Train (
python main.py --train) π₯ Video Infernece (
python main.py --demo)π Support Open Source! Star β & Share!
π GitHub Repo: L2CSNet
#AI #DeepLearning #GazeEstimation #L2CSNet #OpenSource π
GitHub
GitHub - Shohruh72/L2CSNet
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π Introducing L2CS-Net: Fine-Grained Gaze Estimation πβ¨
π GitHub Repo: Star β the Repo
π₯ Key Features:
β Fine-grained gaze estimation with deep learning
β Supports Gaze360 dataset
β Train with Single-GPU / Multi-GPU
β Demo for real-time visualization
π Quick Start:
ποΈ Prepare dataset
ποΈ Train (
π₯ Video Infernece (
π Support Open Source! Star β & Share!
π GitHub Repo: L2CSNet
#AI #DeepLearning #GazeEstimation #L2CSNet #OpenSource π
π GitHub Repo: Star β the Repo
π₯ Key Features:
β Fine-grained gaze estimation with deep learning
β Supports Gaze360 dataset
β Train with Single-GPU / Multi-GPU
β Demo for real-time visualization
π Quick Start:
ποΈ Prepare dataset
ποΈ Train (
python main.py --train) π₯ Video Infernece (
python main.py --demo)π Support Open Source! Star β & Share!
π GitHub Repo: L2CSNet
#AI #DeepLearning #GazeEstimation #L2CSNet #OpenSource π
π Refactored HRNet Now Live! π
π₯ Supercharge your computer vision projects with high-resolution HRNet models β fully refactored for easy training/testing!
β Multiple ImageNet-pretrained models
β Lightning-fast setup
β Top-tier accuracy
π Check it out & βοΈ Star the repo if you find it useful!
GitHub: Shohruh72/HRNet
#AI #DeepLearning #OpenSource
@deeplearning_ai
π₯ Supercharge your computer vision projects with high-resolution HRNet models β fully refactored for easy training/testing!
β Multiple ImageNet-pretrained models
β Lightning-fast setup
β Top-tier accuracy
π Check it out & βοΈ Star the repo if you find it useful!
GitHub: Shohruh72/HRNet
#AI #DeepLearning #OpenSource
@deeplearning_ai
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π 3DGazeNet: Next-Gen Gaze Estimation! - get instant results with just one click.
Discover how to train powerful gaze estimation models using only synthetic data and weak supervisionβno huge real-world datasets needed.
Perfect for AR/VR, HCI, and beyond.
Cutting-edge, open-source, and ready for your next project!
π Try it now: https://github.com/Shohruh72/3DGazeNet
#DeepLearning #GazeEstimation #AI
@deeplearning_ai
Discover how to train powerful gaze estimation models using only synthetic data and weak supervisionβno huge real-world datasets needed.
Perfect for AR/VR, HCI, and beyond.
Cutting-edge, open-source, and ready for your next project!
π Try it now: https://github.com/Shohruh72/3DGazeNet
#DeepLearning #GazeEstimation #AI
@deeplearning_ai
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π #DoubleDragon with #AI π
πHow Double Dragon would look like in real life? Each character has been transformed with #AI to capture their style, fighting spirit, and charisma, as if they had stepped right out of the gameβs streets into the real world. AUDIO ON. Damn romanticπ
#artificialintelligence #machinelearning #ml #AI #deeplearning #computervision #AIwithPapers #metaverse #LLM
πPost https://t.ly/0IpER
πChannel http://www.youtube.com/@iaiaoh84
πHow Double Dragon would look like in real life? Each character has been transformed with #AI to capture their style, fighting spirit, and charisma, as if they had stepped right out of the gameβs streets into the real world. AUDIO ON. Damn romanticπ
#artificialintelligence #machinelearning #ml #AI #deeplearning #computervision #AIwithPapers #metaverse #LLM
πPost https://t.ly/0IpER
πChannel http://www.youtube.com/@iaiaoh84
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πΌPixel-Dense Embedding of MotionπΌ
πFlowFeat is a novel high-resolution and multi-task feature representation that embeds a distribution of plausible apparent motions, or motion profiles. Repo available under π
#artificialintelligence #AI #deeplearning #AIwithPapers
πReview https://t.ly/aUx_U
πPaper arxiv.org/pdf/2511.07696
πProject tum-vision.github.io/flowfeat
πRepo github.com/tum-vision/flowfeat
πFlowFeat is a novel high-resolution and multi-task feature representation that embeds a distribution of plausible apparent motions, or motion profiles. Repo available under π
#artificialintelligence #AI #deeplearning #AIwithPapers
πReview https://t.ly/aUx_U
πPaper arxiv.org/pdf/2511.07696
πProject tum-vision.github.io/flowfeat
πRepo github.com/tum-vision/flowfeat
πΆοΈ Seeing without Pixels πΆοΈ
πIs it possible to perceive a videoβs content without seeing its pixels, just from the camera trajectory? #Google Deepmind (+ UTexas) is the first to systematically investigate this seemingly implausible questionπ
ππ’π π‘π₯π’π π‘ππ¬:
β CamFormer: pre-trained dedicated trajectory encoder
β Proposing a novel contextualized trajectory encoding
β Scenarios: egocentric & exocentric (third-person)
β Outperforming "heavy" vision models in key scenarios
#artificialintelligence #AI #deeplearning #AIwithPapers #LLM
πDiscussion https://lnkd.in/dMgakzWm
πPaper https://arxiv.org/pdf/2511.21681
πProject https://sites.google.com/view/seeing-without-pixels
πIs it possible to perceive a videoβs content without seeing its pixels, just from the camera trajectory? #Google Deepmind (+ UTexas) is the first to systematically investigate this seemingly implausible questionπ
ππ’π π‘π₯π’π π‘ππ¬:
β CamFormer: pre-trained dedicated trajectory encoder
β Proposing a novel contextualized trajectory encoding
β Scenarios: egocentric & exocentric (third-person)
β Outperforming "heavy" vision models in key scenarios
#artificialintelligence #AI #deeplearning #AIwithPapers #LLM
πDiscussion https://lnkd.in/dMgakzWm
πPaper https://arxiv.org/pdf/2511.21681
πProject https://sites.google.com/view/seeing-without-pixels
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LinkedIn
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π₯ New #AI Startups in 2026? π₯
In 2026, which area would you focus on?
π€Agents β workflows, copilots, etc.
πVertical AI β Pharma, Automotive, Energy ...
π§ Infrastructure β MLOps, Security, Cost Control ...
π¨AI for Creators/Media β Video, avatars, contents ...
Please, help me understanding what's next with this poll on LinkedIn :)
https://www.linkedin.com/posts/visionarynet_ai-ai-deeplearning-activity-7415377341779996672-sQO1
LUV U \m/
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In 2026, which area would you focus on?
π€Agents β workflows, copilots, etc.
πVertical AI β Pharma, Automotive, Energy ...
π§ Infrastructure β MLOps, Security, Cost Control ...
π¨AI for Creators/Media β Video, avatars, contents ...
Please, help me understanding what's next with this poll on LinkedIn :)
https://www.linkedin.com/posts/visionarynet_ai-ai-deeplearning-activity-7415377341779996672-sQO1
LUV U \m/
- Sent via TeleFeed
LinkedIn
#ai #ai #deeplearning #aiwithpapers #metaverse | Alessandro Ferrari
π₯π₯ New #AI Startups in 2026? π₯π₯
π Looking ahead to 2026, the question is no longer βcan we build it?β but βwhere does it actually create durable value?β in the AI field. So, if you were to launch an AI startup in 2026, which area would you focus on?
π€Agentsβ¦
π Looking ahead to 2026, the question is no longer βcan we build it?β but βwhere does it actually create durable value?β in the AI field. So, if you were to launch an AI startup in 2026, which area would you focus on?
π€Agentsβ¦
π Metric Anything is out π
πMetric Anything (Li Auto inc.) is a simple and scalable pretraining framework that learns metric depth from noisy, diverse 3D sources without manually engineered prompts, camera-specific modeling, or task-specific architectures. Impressive work. Code announced π
πReview https://t.ly/54Ccr
πPaper arxiv.org/pdf/2601.22054
πProject metric-anything.github.io/metric-anything-io/
πRepo github.com/metric-anything/metric-anything
- Sent via TeleFeed
πMetric Anything (Li Auto inc.) is a simple and scalable pretraining framework that learns metric depth from noisy, diverse 3D sources without manually engineered prompts, camera-specific modeling, or task-specific architectures. Impressive work. Code announced π
πReview https://t.ly/54Ccr
πPaper arxiv.org/pdf/2601.22054
πProject metric-anything.github.io/metric-anything-io/
πRepo github.com/metric-anything/metric-anything
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#ai #deeplearning #aiwithpapers #metaverse #llm | Alessandro Ferrari
ππ Metric Anything is out ππ
πMetric Anything (Li Auto inc.) is a simple/scalable pretraining framework that learns metric depth from noisy, diverse 3D sources without manually engineered prompts, camera-specific modeling, or task-specific architectures.β¦
πMetric Anything (Li Auto inc.) is a simple/scalable pretraining framework that learns metric depth from noisy, diverse 3D sources without manually engineered prompts, camera-specific modeling, or task-specific architectures.β¦
πΏπΏDawn of Generative CinematographyπΏπΏ
π©#TheOdyssey by Christopher Nolan was shot entirely on IMAX 70mm. It feels almost romantic: massive cameras, film stock, premium lenses, and an obsessive pursuit of the highest possible quality at the moment of capture.
πMeanwhile, #AI research is heading in the exact opposite direction.
π©A pre-print paper released today, "Camera Anything", demonstrates something that sounded like science fiction just a few years ago: you film a scene once... and then you can virtually reposition the camera anywhere.
π©Want a close-up? A drone shot? A ground-level perspective? A side angle? A cinematic tracking shot? You no longer decide where to place the camera during filming. You decide afterwards.
πAnd this fundamentally changes what cinematography means.
π©For more than a century, filmmakers have had to make irreversible decisions on set. Camera placement, focal length, movement, framing, etc. These choices became part of the recorded footage forever.
π©A scene becomes a 3D representation that can be "re-shot" endlessly from viewpoints that never physically existed. We simply capture "raw" data from which the final result is reconstructed or customized.
π©Five years from now, will we still talk about shooting a movie? Or will we simply capture a scene and decide later where the camera should have been?
The irony is fascinating. While Nolan reminds us how extraordinary a 70mm camera can be, AI is quietly suggesting that, soon, the camera itself will be optional.
πThe first step towards the generative cinematography.
#deeplearning #computervision #AIwithPapers
πDiscussion https://lnkd.in/dMgakzWm
πPaper arxiv.org/pdf/2607.24591
πProject yixuanli98.github.io/cameraanything/
πRepo github.com/yixuanli98/CameraAnything
β’ Sent via TeleFeed
π©#TheOdyssey by Christopher Nolan was shot entirely on IMAX 70mm. It feels almost romantic: massive cameras, film stock, premium lenses, and an obsessive pursuit of the highest possible quality at the moment of capture.
πMeanwhile, #AI research is heading in the exact opposite direction.
π©A pre-print paper released today, "Camera Anything", demonstrates something that sounded like science fiction just a few years ago: you film a scene once... and then you can virtually reposition the camera anywhere.
π©Want a close-up? A drone shot? A ground-level perspective? A side angle? A cinematic tracking shot? You no longer decide where to place the camera during filming. You decide afterwards.
πAnd this fundamentally changes what cinematography means.
π©For more than a century, filmmakers have had to make irreversible decisions on set. Camera placement, focal length, movement, framing, etc. These choices became part of the recorded footage forever.
π©A scene becomes a 3D representation that can be "re-shot" endlessly from viewpoints that never physically existed. We simply capture "raw" data from which the final result is reconstructed or customized.
π©Five years from now, will we still talk about shooting a movie? Or will we simply capture a scene and decide later where the camera should have been?
The irony is fascinating. While Nolan reminds us how extraordinary a 70mm camera can be, AI is quietly suggesting that, soon, the camera itself will be optional.
πThe first step towards the generative cinematography.
#deeplearning #computervision #AIwithPapers
πDiscussion https://lnkd.in/dMgakzWm
πPaper arxiv.org/pdf/2607.24591
πProject yixuanli98.github.io/cameraanything/
πRepo github.com/yixuanli98/CameraAnything
β’ Sent via TeleFeed
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LinkedIn
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πΏDawn of Generative CinematographyπΏ
π© The Odissey by Christopher Nolan was shot entirely on IMAX 70mm. It feels almost romantic: massive cameras, film stock, premium lenses, and an obsessive pursuit of the highest possible quality at the moment of capture.
π Meanwhile, #AI research is heading in the exact opposite direction.
π© A pre-print paper released today, "Camera Anything", demonstrates something that sounded like science fiction just a few years ago: you film a scene once... and then you can virtually reposition the camera anywhere.
π© Want a close-up? A drone shot? A ground-level perspective? A side angle? A cinematic tracking shot? You no longer decide where to place the camera during filming. You decide afterwards.
π And this fundamentally changes what cinematography means.
π© For more than a century, filmmakers have had to make irreversible decisions on set. Camera placement, focal length, movement, framing, etc. These choices became part of the recorded footage forever.
π© A scene becomes a 3D representation that can be "re-shot" endlessly from viewpoints that never physically existed. We simply capture "raw" data from which the final result is reconstructed or customized.
π©Five years from now, will we still talk about shooting a movie? Or will we simply capture a scene and decide later where the camera should have been?
The irony is fascinating. While Nolan reminds us how extraordinary a 70mm camera can be, AI is quietly suggesting that, soon, the camera itself will be optional.
πThe first step towards the generative cinematography.
#deeplearning #computervision #AIwithPapers
πDiscussion https://lnkd.in/dMgakzWm
πPaper arxiv.org/pdf/2607.24591
πProject yixuanli98.github.io/cameraanything/
πRepo github.com/yixuanli98/CameraAnything
β’ Sent via TeleFeed
π© The Odissey by Christopher Nolan was shot entirely on IMAX 70mm. It feels almost romantic: massive cameras, film stock, premium lenses, and an obsessive pursuit of the highest possible quality at the moment of capture.
π Meanwhile, #AI research is heading in the exact opposite direction.
π© A pre-print paper released today, "Camera Anything", demonstrates something that sounded like science fiction just a few years ago: you film a scene once... and then you can virtually reposition the camera anywhere.
π© Want a close-up? A drone shot? A ground-level perspective? A side angle? A cinematic tracking shot? You no longer decide where to place the camera during filming. You decide afterwards.
π And this fundamentally changes what cinematography means.
π© For more than a century, filmmakers have had to make irreversible decisions on set. Camera placement, focal length, movement, framing, etc. These choices became part of the recorded footage forever.
π© A scene becomes a 3D representation that can be "re-shot" endlessly from viewpoints that never physically existed. We simply capture "raw" data from which the final result is reconstructed or customized.
π©Five years from now, will we still talk about shooting a movie? Or will we simply capture a scene and decide later where the camera should have been?
The irony is fascinating. While Nolan reminds us how extraordinary a 70mm camera can be, AI is quietly suggesting that, soon, the camera itself will be optional.
πThe first step towards the generative cinematography.
#deeplearning #computervision #AIwithPapers
πDiscussion https://lnkd.in/dMgakzWm
πPaper arxiv.org/pdf/2607.24591
πProject yixuanli98.github.io/cameraanything/
πRepo github.com/yixuanli98/CameraAnything
β’ Sent via TeleFeed
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LinkedIn
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π₯π₯ Marigold V2 is out π₯π₯
πMarigold V2 is out: depth, (impressive) see-through depth, surface normals, albedo, and other dense modalities. SOTA results. Repo under Apache 2.0π
#AI #deeplearning #AIwithPapers
πReview https://lnkd.in/p/eKM44yDQ
πPaper https://arxiv.org/pdf/2609.08084
πRepo https://github.com/huawei-bayerlab/marigold-v2
πProject https://huggingface.co/spaces/huawei-bayerlab/marigold-v2-web
β’ Sent via TeleFeed
πMarigold V2 is out: depth, (impressive) see-through depth, surface normals, albedo, and other dense modalities. SOTA results. Repo under Apache 2.0π
#AI #deeplearning #AIwithPapers
πReview https://lnkd.in/p/eKM44yDQ
πPaper https://arxiv.org/pdf/2609.08084
πRepo https://github.com/huawei-bayerlab/marigold-v2
πProject https://huggingface.co/spaces/huawei-bayerlab/marigold-v2-web
β’ Sent via TeleFeed