https://github.com/jimut123/research_groups_computer_vision

Some of the best research groups in Computer Vision. Please feel free to add more by submitting a PR.
https://github.com/jimut123/research_groups_computer_vision

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Some of the best research groups in Computer Vision. Please feel free to add more by submitting a PR.

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README

          
# Computer Vision Research Groups in Industry and Academia

***

A curated list of some of the best research groups in Computer Vision

## Academic Research Groups

| Research Group | Institution | Focus Areas | Website |

|----------------|-------------|-------------|---------|

| Robotics Institute | Carnegie Mellon University | 3D reconstruction, autonomous systems, medical imaging | [Link](https://www.ri.cmu.edu/) |

| Computer Science and AI Laboratory (CSAIL) | MIT | Object recognition, scene understanding, foundational work with faculty like Antonio Torralba | [Link](https://www.csail.mit.edu/) |

| Stanford AI Lab (SAIL) and Vision Lab | Stanford University | Pioneering work in deep learning for vision, including Fei-Fei Li's ImageNet project | [Link](https://ai.stanford.edu/) |

| Berkeley Artificial Intelligence Research (BAIR) | UC Berkeley | Applications in robotics and augmented reality, segmentation, motion analysis | [Link](https://bair.berkeley.edu/) |

| Computer Vision Group | University of Toronto | Neural networks, strong ties to the Vector Institute | [Link](https://www.cs.toronto.edu/) |

| Computer Vision Lab | ETH Zurich | Drone navigation, biomedical imaging, engineering applications | [Link](https://vision.ee.ethz.ch/) |

| Computational and Biological Learning (CBL) | Cambridge University | Machine learning for vision, with researchers like Ghahramani, Rasmussen, Turner | [Link](https://www.cbl.cam.ac.uk/) |

| Gatsby Unit | University College London (UCL) | Statistical machine learning and neuroscience approaches to vision | [Link](https://www.gatsby.ucl.ac.uk/) |

| Computer Vision Group | MPI Tübingen | Core vision problems and biological vision systems | [Link](https://ps.is.mpg.de/) |

| Amsterdam Machine Learning Lab (AMLab) | University of Amsterdam | Led by Max Welling, focuses on deep generative models | [Link](https://amlab.science.uva.nl/) |

| Bayesian and Neural Systems | University of Edinburgh | Probabilistic methods and deep learning for vision | [Link](https://www.ed.ac.uk/informatics/) |

| Machine Intelligence Group | University of Edinburgh | Computer vision and machine learning integration | [Link](https://www.ed.ac.uk/informatics/) |

| Computer Vision Group | Imperial College London | Medical image analysis and general vision problems | [Link](https://www.imperial.ac.uk/computing/) |

| Visual Geometry Group (VGG) | University of Oxford | Geometric approaches to vision problems, renowned for VGGNet | [Link](https://www.robots.ox.ac.uk/~vgg/) |

| Applied and Theoretical ML Group | University of Oxford | Uncertainty in deep learning for vision, led by Yarin Gal | [Link](https://www.cs.ox.ac.uk/) |

| Dalle Molle Institute (IDSIA) | USI-SUPSI, Lugano | Neural networks for vision, led by Jürgen Schmidhuber | [Link](http://www.idsia.ch/) |

| SIERRA Team | ENS, INRIA Paris | Statistical machine learning for vision applications | [Link](https://www.di.ens.fr/sierra/) |

| Machine Learning Group | Technical University Berlin | SVMs, neural networks, kernel methods for vision | [Link](https://www.ml.tu-berlin.de/) |

| Computer Vision Group | Stony Brook University | Ranked in top 10 nationally, focuses on various vision tasks | [Link](https://ai.stonybrook.edu/) |

| Optimization for Vision and Learning | University of Oxford | Optimization methods for vision problems, led by M. Pawan Kumar | [Link](https://www.robots.ox.ac.uk/) |

| Mila | University of Montreal | Deep learning for vision, led by Yoshua Bengio | [Link](https://mila.quebec/en/) |

| Computational Vision Lab | Caltech | Visual recognition and human visual system modeling | [Link](http://www.vision.caltech.edu/) |

| UCLA Vision Lab | UCLA | Image analysis and understanding, video interpretation | [Link](https://vision.cs.ucla.edu/) |

| CI2CV Lab | Various Affiliations | Mobile computer vision, model-based vision, alignment and learning | [Link](http://ci2cv.net/) |

| Computer Vision Center (CVC) | Universitat Autònoma de Barcelona | Document analysis, medical imaging, intelligent transportation | [Link](http://www.cvc.uab.es/) |

| Willow Team | INRIA Paris | Large-scale visual recognition and scene understanding | [Link](https://www.inria.fr/en/willow) |

| GRAIL | University of Washington | Graphics and imaging applications for computer vision | [Link](https://grail.cs.washington.edu/) |

| Computer Vision Group | TU Munich | 3D reconstruction, autonomous navigation, medical imaging | [Link](https://vision.in.tum.de/) |

| Computer Vision Group | University of Illinois at Urbana-Champaign | Object recognition, scene understanding, activity recognition | [Link](https://vision.cs.illinois.edu/) |

| Multimedia Laboratory | The Chinese University of Hong Kong | Image/video analysis, deep learning for vision | [Link](http://mmlab.ie.cuhk.edu.hk/) |

| Computer Vision Lab | KAIST | Visual recognition, 3D vision, medical imaging | [Link](https://cvlab.kaist.ac.kr/) |

| Computer Vision Lab | Seoul National University | Scene understanding, visual recognition | [Link](https://cv.snu.ac.kr/) |

| Australian Institute for Machine Learning | University of Adelaide | Visual recognition, medical imaging, surveillance | [Link](https://www.adelaide.edu.au/aiml/) |

| Computer Vision Laboratory | University of Maryland | Object recognition, scene understanding, video analysis | [Link](https://www.cfar.umd.edu/) |

| Toyota Technological Institute | Chicago | Vision algorithms for autonomous systems | [Link](https://www.ttic.edu/) |

| Computer Vision Group | University of Michigan | 3D reconstruction, object recognition, medical imaging | [Link](https://web.eecs.umich.edu/~justincj/) |

| Computer Vision Group | Cornell University | Scene understanding, activity recognition | [Link](https://vision.cornell.edu/) |

| Visual Computing Group | Harvard University | Graphics and vision integration | [Link](https://vcg.seas.harvard.edu/) |

| Computer Vision Laboratory | Columbia University | 3D modeling, motion analysis, object recognition | [Link](https://www.cs.columbia.edu/CAVE/) |

| Computer Vision and Active Perception Lab | KTH Royal Institute of Technology | Robotics vision, human-computer interaction | [Link](https://www.kth.se/is/cvap) |

| Center for Research in Computer Vision | University of Central Florida | Action recognition, anomaly detection, surveillance | [Link](https://www.crcv.ucf.edu/) |

| Computer Vision Lab | Penn State University | Medical imaging, biometrics, surveillance | [Link](https://vision.ist.psu.edu/) |

| Vision, Dynamics and Learning Lab | Johns Hopkins University | Motion analysis, medical imaging | [Link](https://engineering.jhu.edu/) |

| Image Processing Group | Heidelberg University | 3D reconstruction, biomedical imaging | [Link](https://hci.iwr.uni-heidelberg.de/) |

| Visual Computing Group | University of Bath | Graphics and vision integration, AR/VR | [Link](https://www.bath.ac.uk/) |

| Image and Vision Computing Group | University of Warwick | Medical imaging, industrial inspection | [Link](https://warwick.ac.uk/fac/sci/dcs/) |

| Machine Intelligence Lab | University of Cambridge | Probabilistic models for vision, led by Zoubin Ghahramani | [Link](https://mil.eng.cam.ac.uk/) |

| Computer Vision Lab | National University of Singapore | Scene understanding, 3D reconstruction | [Link](https://www.comp.nus.edu.sg/) |

| Computational Perception Lab | Georgia Tech | Human-centered perception systems | [Link](https://faculty.cc.gatech.edu/~hays/) |

| Vision and AI Lab (VAL)| Indian Institute of Science Bangalore | Computer Vision and ML | [Link](https://val.cds.iisc.ac.in/) |

| Image Processing and Computer Vision (IPCV) Lab| Indian Institute of Technology Madras | Multi-Modal CV, 3D Recovery and Image Synthesis | [Link](https://www.ee.iitm.ac.in/ipcvlab/) |

## Industry Research Groups

| Research Group | Company | Focus Areas | Website |

|----------------|---------|-------------|---------|

| Meta AI Research (FAIR) | Meta | Foundational research, open-source tools like Detectron2 and DINOv2 | [Link](https://ai.facebook.com/) |

| DeepMind | Google/Alphabet | Reinforcement learning, general AI capabilities for vision | [Link](https://deepmind.com/) |

| Microsoft Research | Microsoft | Computer vision with researchers like Nowozin, Fitzgibbon, Minka | [Link](https://www.microsoft.com/en-us/research/) |

| Amazon Science | Amazon | Vision applications for retail, robotics, cloud services | [Link](https://www.amazon.science/) |

| Google Research | Google | Vision algorithms for various Google products and services | [Link](https://research.google/) |

| Disney Research | Disney | Entertainment-focused computer vision applications | [Link](https://la.disneyresearch.com/) |

| Apple Computer Vision Research | Apple | Vision systems for Apple devices and services | [Link](https://machinelearning.apple.com/) |

| SenseTime | SenseTime | Chinese leader in computer vision and deep learning | [Link](https://www.sensetime.com/en) |

| MegVii | MegVii | Face recognition and general vision systems | [Link](https://en.megvii.com/) |

| viso.ai | viso.ai | No-code computer vision platform for enterprises | [Link](https://viso.ai/) |

| NAUTO | NAUTO | Computer vision for autonomous vehicle safety | [Link](https://www.nauto.com/) |

| Verkada | Verkada | AI-powered security cameras and systems | [Link](https://www.verkada.com/) |

| Tractable | Tractable | AI for accident and disaster recovery | [Link](https://tractable.ai/) |

| Airobotics | Airobotics | Autonomous drone systems with computer vision | [Link](https://www.airoboticsdrones.com/) |

| Hawk-Eye Innovations | Hawk-Eye | Sports video analysis and officiating systems | [Link](https://www.hawkeyeinnovations.com/) |

| Trigo | Trigo | Autonomous store checkout systems | [Link](https://www.trigoretail.com/) |

| Movidius | Intel | Vision processing units (VPUs) for edge devices | [Link](https://www.intel.com/movidius) |

| Standard Cognition | Standard Cognition | Autonomous checkout for retail | [Link](https://standard.ai/) |

| Orbital Insight | Orbital Insight | Geospatial analytics using satellite imagery | [Link](https://orbitalinsight.com/) |

| Regna | Regna | Computer vision applications for enterprises | [Link](https://regna.tech/) |

| AnyClip | AnyClip | Video content analysis and management platform | [Link](https://www.anyclip.com/) |

| Bossa Nova Robotics | Bossa Nova | Retail inventory management using robots and vision | [Link](https://www.bossanova.com/) |

| Descartes Labs | Descartes Labs | Geospatial data analysis platform | [Link](https://www.descarteslabs.com/) |

| Zebra Medical Vision | Zebra Medical | AI-powered medical imaging analysis | [Link](https://www.zebra-med.com/) |

| Neuromation | Neuromation | Synthetic data generation for computer vision | [Link](https://neuromation.io/) |

| Shield AI | Shield AI | AI systems for defense applications | [Link](https://shield.ai/) |

| EyeSight | EyeSight | AI vision technology for automotive and consumer electronics | [Link](https://www.eyesight.ai/) |

| Onfido | Onfido | Identity verification using computer vision | [Link](https://onfido.com/) |

| Nuro | Nuro | Autonomous delivery vehicles | [Link](https://www.nuro.ai/) |

| UiPath | UiPath | Computer vision for robotic process automation | [Link](https://www.uipath.com/) |

| Cerence | Cerence | AI for automotive assistant systems | [Link](https://www.cerence.com/) |

| Cyngn | Cyngn | Autonomous vehicle systems for industrial applications | [Link](https://cyngn.com/) |

| NVIDIA Research | NVIDIA | GPU-accelerated computer vision algorithms | [Link](https://research.nvidia.com/) |

| Intel AI Lab | Intel | Vision algorithms optimized for Intel hardware | [Link](https://www.intel.ai/) |

| Qualcomm AI Research | Qualcomm | On-device AI for mobile vision applications | [Link](https://www.qualcomm.com/research/artificial-intelligence) |

| Adobe Research | Adobe | Vision for creative applications and content analysis | [Link](https://research.adobe.com/) |

| IBM Research AI | IBM | Enterprise computer vision applications | [Link](https://research.ibm.com/artificial-intelligence) |

| Baidu Research | Baidu | Chinese leader in vision and deep learning research | [Link](http://research.baidu.com/) |

| Tencent AI Lab | Tencent | Vision systems for social and gaming applications | [Link](https://ai.tencent.com/ailab/en/index) |

| Samsung AI Center | Samsung | Vision for mobile devices and smart appliances | [Link](https://research.samsung.com/aicenter) |

| Huawei Noah's Ark Lab | Huawei | Vision research for mobile and cloud applications | [Link](https://www.huawei.com/en/technology-insights/research/noahs-ark) |

| ByteDance AI Lab | ByteDance | Vision for social media and content platforms | [Link](https://ailab.bytedance.com/) |

| Alibaba DAMO Academy | Alibaba | E-commerce and cloud-based vision solutions | [Link](https://damo.alibaba.com/) |

| Preferred Networks | Preferred Networks | Deep learning for IoT and industrial applications | [Link](https://www.preferred.jp/en/) |

| Element AI | ServiceNow | Enterprise AI solutions with vision components | [Link](https://www.servicenow.com/) |

| Waymo | Alphabet | Computer vision for autonomous vehicles | [Link](https://waymo.com/) |

| Cruise | GM | Autonomous vehicle perception systems | [Link](https://www.getcruise.com/) |

| Scale AI | Scale | Data annotation and synthetic data for vision | [Link](https://scale.com/) |

| Clarifai | Clarifai | Visual recognition APIs and platforms | [Link](https://www.clarifai.com/) |

| Affectiva | Affectiva | Emotion recognition from visual data | [Link](https://www.affectiva.com/) |

| Dataminr | Dataminr | Real-time visual data analysis for alerts | [Link](https://www.dataminr.com/) |

| H2O.ai | H2O.ai | Automated machine learning for vision applications | [Link](https://www.h2o.ai/) |

| Graphcore | Graphcore | Hardware accelerators for vision processing | [Link](https://www.graphcore.ai/) |

| Landing AI | Landing AI | Manufacturing-focused computer vision solutions | [Link](https://landing.ai/) |