Weikang Wang

I am now a PhD student of the Learning and Optimisation for Visual Computing Group, in the institute of computer science II, at the University of Bonn, supervised by Professor Florian Bernard. My research interests including 3d reconstruction (geometry and graph based) and 3D-related generative models.

Before that, I was an academic visiting student at Department of Computer Science and Technology of University of Science and Technology of China, supervised by Prof. Wang S. F. and Prof. Chen E. H., concentrating on computer vision and machine learning between June 2019 to July 2020.

I completed my Master of Science degree in Electrical Engineering of Columbia University, where I have been lucky worked with Prof. John Wright, Prof. Li C. and Prof. Zoran Kostic. Before that, I got my Bachelor of Engineering degree in Automation with distiction from Beihang University, supervised by Prof. Zhang B. C..

Email  /  CV  /  Google Scholar  /  Github

profile photo
News

  • 02/2024: One paper Unsupervised 3D Structure Inference from Category-Specific Image Collections has been accepted by CVPR 2024!

  • 06/2021: I got the Chinese Scholarship Council Support!

  • 07/2020: Our paper Learning from Macro expressions: A Micro-expression Recognition Framework has been accepted by ACM Multimedia 2020!

  • Activities

  • 04/2024-09/2024: Teaching Assistant of Course Discrete Models for Visual Computing (MA-INF 2225) (6 CP).

  • 04/2024: Reviewer of ECCV 2024.

  • 10/2023-03/2024: Teaching Assistant of Course Numerical Algorithms for Visual Computing and Machine Learning (MA-INF 2316) (6 CP).

  • 10/2022-03/2023: Teaching Assistant of Course Numerical Algorithms for Visual Computing and Machine Learning (MA-INF 2316) (6 CP).

  • Research

    Most of my researches lie in 3D reconstruction, geometry-based and graph-based 3D inference and 3D-related generative models.

    Unsupervised 3D Structure Inference from Category-Specific Image Collections
    Weikang Wang, Dongliang Cao, Florian Bernard,
    The IEEE/CVF Conference on Computer Vision and Pattern Recognition (CVPR) , 2024

    [page]

    An unsupervised 3D keypoints and edges based structure inference framework from category-specific image collections with broad category labels.

    Learning from Macro-expressions: A Micro-expression Recognition Framework
    Xia, B., Wang, W. K., Wang, S. F., Chen, E. H.,
    ACM Multimedia, 2020

    [code]

    A Micro-expression recognition framework, which uses Macro-expression datasets to get better results.

    Cooperative target searching and tracking via UCT with probability distribution model
    Qin R. X., Wang, T., Jiang, H. T., Yan Q. H., Wang W. K., Hichem Snoussi,
    IEEE International Conference on DSP, 2016

    [code]

    A new multiple UVAs' tracking and searching algorithm, based on ideas from Quantum mechanics.

    Preparation and properties of autoclaved aerated concrete using coal gangue and iron ore tailings
    Wang, C. L., Ni, W., Zhang, S. Q., Wang, S., Wang W. K., Gai G. S.,
    Construction and Building Materials, 2016

    A new type of autoclaved aerated concrete (ACC) was developed using coal gangue (CGC) and iron ore tailings (ITOs).


    Revised from this awesome website
    Last Updated: 10/2020