10:00-11:00 December 21(Thursday), N205
Xuecheng Tai, Professor, Norwegian Research Centre (NORCE)
PottsMGNet: A Mathematical Explanation of Encoder-Decoder Based Neural Networks10:00-11:00 December 15 (Friday), Z311
Beihui Yuan, Doctor, Yanqi Lake Beijing Institute of Mathematical Sciences and Applications
A sheaf theory framework for finite elements15:00-16:00 December 7 (Thursday) ,N208
Qi Meng, Principal Researcher, Microsoft Research Asia, MSRA
The efficient design of AI-powered scientific computing14:00-15:00 December 4 (Monday), Z305
Yujie Liu, Professor, Institute of Geographic Sciences and Natural Resources Research, CAS
Dietary Transition Determining the Tradeoff Between Global Food Security and Sustainable Development Goals Varied in Regions10:00-11:00 December 1 (Friday) , Z311
Xiangyun Meng, Associate Professor, Beijing Jiaotong University
An upwind finite volume element method on a Shishkin mesh for singularly perturbed convection–diffusion problems19:30-20:30 November 30(Thursday), Tencent Meeting: 267-120-570
Yuan Liang, Doctor, Dalian University of Technology
Machine learning enhanced large-scale high-precision discrete variable topology optimization method10:00-11:00 November 29(Wednesday), Tencent Meeting 140-716-796
Xiangyu Wang, Doctor, Shenzhen Weiyan Technology Co., Ltd
Minimal Quantile Functions Subject to Stochastic Dominance Constraints16:30-17:30 November 28 (Tuesday) , Z311
Celso C. Ribeiro, Professor, Academician of the Brazilian Academy of Sciences
Dynamic scheduling of e-sports tournaments14:50-15:30 November 28(Tuesday), N212
Ke Wu, Professor, Capital Normal University
Sone problems related to integrable models14:10-14:50 November 28(Tuesday), N212
Qingping Liu, Professor, China University of Mining And Technology, Beijing
Reciprocal Transformations---An Introduction13:30-14:10 November 28(Tuesday), N212
Youjin Zhang, Professor, Tsinghua University
A class of generalized Frobenius manifolds and integrable hierarchies11:00-12:00 November 28(Tuesday), Z311
Fang Yao, Professor, Peking University
Optimal linear discrinimant analysis for high-dimensional functional data