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research [2019/05/22 12:45]
Vladimir Golkov
research [2020/10/29 16:58] (current)
Vladimir Golkov
Line 1: Line 1:
 ====== Research Areas ====== ====== Research Areas ======
  
-Our research group is working on a range of topics in Computer VisionImage Processing and Pattern Recognition. Computer Vision is about interpreting images. More specifically the goal is to infer properties of the observed world from an image or a collection of images. Our work combines a range of mathematical domains including statistical inference, differential geometry, continuous (partial differential equations) and discrete (graph-theoretic) optimization techniques.+Our research group is working on a range of topics in Computer Vision and Image Processing, many of which are using Artifical Intelligence. Computer Vision is about interpreting images. More specifically the goal is to infer properties of the observed world from an image or a collection of images. Our work combines a range of mathematical domains including statistical inference, differential geometry, continuous (partial differential equations) and discrete (graph-theoretic) optimization techniques.
  
-We are currently working on the following research topics:+We are currently actively working on the following research topics:
  
-|600px 150px 150px 150px 150px>| +<box text multi
-|  [[research:Image-based 3D Reconstruction|{{:spezial:bib:kbc_pami11.jpg?120|}}]] [[research:Image-based 3D Reconstruction]]  |  [[research:Optical Flow Estimation|{{:spezial:bib:nieuwenhuis_et_al_dagm10.jpg|}}]] [[research:Optical Flow Estimation]]  |  [[research:Shape Analysis|{{:research:shape_analysis:shape_matching.png?120|}}]] [[research:Shape Analysis]]  |  [[research:robotvision|{{:members:sturmju:parrot.jpg?120|}}]] [[research:robotvision|Robot Vision]]  | +<box> 
-|  [[research:RGB-D sensors (Kinect)|{{:spezial:bib:sturm11rss-rgbd.jpg|}}]] [[research:RGB-D sensors (Kinect)]]  |  [[research:Image Segmentation|{{:spezial:bib:nieuwenhuis-cremers-pami12.jpg?120|}}]] [[research:Image Segmentation]]  |  [[research:Convex Relaxation Methods|{{:spezial:bib:strekalovskiy_et_al_cvpr12.png|}}]] [[research:Convex Relaxation Methods]]  |  [[research:vslam|{{:research:semidense.png?direct&120|}}]] [[research:vslam|]]  | +=== Visual SLAM === 
-|[[research:sceneflow|{{:research:scene_flow.png?120|3D Scene Flow}}]] [[research:sceneflow|Scene Flow Estimation]]  |   [[research:deeplearning|{{:spezial:bib:flownet-iccv-15.png?direct&120|}}]] [[research:deeplearning]]   |  [[research:biomed|{{:spezial:bib:golkov-et-al-nips2016.png?direct&120|}}]] [[research:biomed]]   |+[[research:vslam|{{:research:semidense.png?direct&120|}}]] 
 +</box> 
 +<box> 
 +=== Photometry-Based Reconstruction === 
 +[[research:ps_reconstruction|{{:data:datasets:photometricdepthsr:photometricdepthsr_teaser.png?nolink&120|}}]] 
 +</box> 
 +<box> 
 +=== Geometry Processing === 
 +[[research:geometry|{{:spezial:bib:sommer20planes.png?120|}}]] 
 +</box> 
 +</box><box text multi next> 
 +<box> 
 +=== Deep Learning === 
 +[[research:deeplearning|{{:spezial:bib:hazirbasma2016fusenet.png?direct&120|}}]] 
 +</box> 
 +<box> 
 +=== Biomedicine === 
 +[[research:biomed|{{:spezial:bib:golkov-et-al-nips2016.png?direct&120|}}]] 
 +</box> 
 +</box>
  
 +Inquiries for Bachelor and Master projects are always welcome.
  
-\\ +We have also done research in many other fields. 
-**Inquiries for Bachelor and Master projects are always welcome.\\ +If you are interested in any of these, do not hesitate to contact us - we are always happy to get back to those topics and do exciting research there!
-Anfragen zu Bachelor-/Masterarbeiten und -projekten sind jederzeit herzlich willkommen!**+
  
-====== Past Research Projects ====== +   * [[research:Image-based 3D Reconstruction]] 
- +   * [[research:Optical Flow Estimation]] 
-|< 450px 150px 150px 150px >| +   * [[research:Shape Analysis]] 
-|  [[research:Shape Priors|{{:spezial:bib:brox_et_al_pami09.jpg|}}]] [[research:Shape Priors]]  |  [[research:Markerless Motion Capture|{{:spezial:bib:rosenhahn_dagm05.jpg|}}]] [[research:Markerless Motion Capture]]    [[research:Single View 3D Reconstruction|{{:research:topics:image-based_3d_reconstruction:cockatoo_recon.png?120|}}]] [[research:Single View 3D Reconstruction]] |+   * [[research:robotvision|Robot Vision]] 
 +   [[research:RGB-D sensors (Kinect)]] 
 +   [[research:Image Segmentation]] 
 +   [[research:Convex Relaxation Methods]] 
 +   [[research:sceneflow|Scene Flow Estimation]] 
 +   * [[research:Shape Priors]] 
 +   * [[research:Markerless Motion Capture]] 
 +   [[research:Single View 3D Reconstruction]]

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Informatik IX
Chair of Computer Vision & Artificial Intelligence

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85748 Garching info@vision.in.tum.de

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News

04.06.2021

Bernt Schiele (Max Planck Institute for Informatics) will give a talk in the TUM AI lecture series on June 10th, 3pm! Livestream

05.05.2021
French-German Machine Learning Symposium

French-German Machine Learning Symposium

The French-German Machine Learning Symposium aims to strengthen interactions and inspire collaborations between both countries. We invited some of the leading ML researchers from France and Germany to this two-day symposium to give a glimpse into their research, and engage in discussions on the future of machine learning and how to strengthen research collaborations in ML between France and Germany.

The list of speakers includes Yann LeCun, Cordelia Schmid, Jean-Bernard Lasserre, Bernhard Schölkopf, and many more! For the full program please visit the webpage.

03.05.2021

Ron Kimmel (Technion - Israel Institute of Technology) will give a talk in the TUM AI lecture series on May 6th, 3pm! Livestream

23.04.2021

4Seasons Dataset: We have released a novel dataset for benchmarking multi-weather SLAM in autonomous driving.

19.04.2021

Hao Li (Pinscreen) will give a talk in the TUM AI lecture series on April 22nd, 8pm! Livestream

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