Yu Guang Wang |
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Institute of Natural Sciences School of Mathematical Sciences Shanghai Jiao Tong University Shanghai AI Lab UNSW Sydney |
yuguang.wang@sjtu.edu.cn 361, Build. No.6, Science Buildings No. 800 Dongchuan Road, Minhang District Shanghai 200240, China |
I am an Associate Professor in Institute of Natural Sciences, School of Mathematical Sciences, Department of Computer Science and Engineering, and Key Lab of Scientific and Engineering Computing of Minister of Education (MOE-LSC), at Shanghai Jiao Tong University. I am Adjunct Associate Professor at Shanghai AI Laboratory and UNSW Sydney. My research interests lie in artificial intelligence, computational mathematics, statistics and data science. In particular, I am working on geometric deep learning, graph neural networks, applied harmonic analysis, Bayesian inference, information geometry, numerical analysis, and applications to biomedicine and protein design. Previously, I was a research scientist at Max Planck Institute for Mathematics in Sciences, in Prof Guido Montufar's Deep Learning Theory Group. I obtained my PhD in applied mathematics from University of New South Wales under supervision of Prof Ian Sloan and Rob Womersley. I am a recipient of ICERM Semester Postdoctoral Fellowship of Brown University (2018), a long-term IPAM visitor of UCLA (2019), and long-term visitor of AI Group of Prof Pietro Lio at Univeristy of Cambridge (2022).
Current Research Interests |
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List of publications can be found at my Google Scholar. |
• | AI Group Seminar, |
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• | Distinguished Lectures and INS Colloquia, |
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• | AI + Math Colloquia, |
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• | Deep Learning Theory & Math Machine Learning Seminar, |
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• | Machine Learning + X Seminars, |
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• | M2D2: Molecular Modeling And
Drug Discovery, |
• | Applied Geometry for Data Sciences, |
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• | Biomolecular Topology: Modelling and Data Analysis, |
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• | Artificial Intelligence and Computational Mathematics Conference, |
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• | NTU-NUS Joint Workshop on Applied Topology and Geometry for AI, |
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• | LoG Shanghai Meetup, |
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• | ICIAM Minisymposium on Mathematics of Geometric Deep Learning, |
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• | Foundations of Computational Mathematics (FoCM), |
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• | 14th International Conference on Monte Carlo Methods and Applications, |
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• | International Conference on Applied Mathematics, |
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• | Cambridge AI Research Group Talks, |
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• | Machine Learning + X Seminars, |
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• | Workshop on Combinatorics and Information Transfer, |
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• | ELLIS Machine Learning for Molecule Discovery Workshop, |
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• | NeurIPS MeetUp China, |
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• | NeurIPS, |
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• | Deep learning and partial differential equations, |
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• | Geometry & Learning from Data Workshop, |
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• | International Conference on
Computational Harmonic Analysis, |
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• | Theory of Deep Learning, |
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• | Conference on Mathematics of Machine Learning, |
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• | TopoNets 2021 - Networks beyond pairwise interactions, |
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• | AI Group Seminar, |
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• | ICLR Workshop on Geometric and Topological Representation Learning, Online, 7 May 2021. | |
• | ICLR'21, Online, 3-7 May 2021. | |
• | AIM: Artificial Intelligence and Mathematics, |
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• | Topological Data Analysis, Online, 26-30 April 2021. | |
• | Business Analytics Seminar, |
Guest Associate Editor for Special Issue Deep Neural Networks for Graphs: Theory, Models, Algorithms and Applications in
Review Editor for the journal Frontiers in Applied Mathematics and Statistics.
Reviewer for ICML'20 (Top Reviewer), ICML'20-23, NeurIPS'21-23, NeurIPS'21, ICLR'21-23, IJCAI'21-23.
Organiser for Collaborate@ICERM on Geometry of Data and Networks, 2019 joint with Joan Bruna
Organiser for Minisymposium on Harmonic Analysis for Graph Signal Processing and Deep Learning Applications in
I am lecturing the following courses in 2021-2022.
2022-2024 Spring,
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2024 Spring,
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2023 Fall,
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2021 Fall,
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2022-2023 Spring,
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I was a class tutor in UNSW for following courses.
Semester 3 2019, MATH3101/5305 Computational Mathematics (Numerical Methods for PDEs) | ||
Semester 2 2018, MATH2089 Numerical Methods and Statistics | ||
Semester 1 2015, MATH1131 Mathematics 1A | ||
Semester 2 2014, MATH1231 Mathematics 1B, MATH1241 Higher Mathematics 1B, MATH2019 Engineering Mathematics 2E |
Yi Guo, 2018-2019, UNSW, thesis title: Cosmo-Encoder: A Bayesian deep learning approach for cosmic microwave background inpainting | ||
Kai Yi, 2018-2019 UNSW, thesis title: Variational autoencoder for cosmic microwave background image inpainting (Current: PhD in UNSW) |
I am grateful for the financial support of the following institutions:
Copyright @ 2023 Yu Guang Wang | Top |