Seminars: Colloquium Series
Date
Time
Venue
Time
Venue
Speaker
Affiliation
Title of Talk
Affiliation
Title of Talk
13 Nov 2024
15:00
S17 #04-06 (SR1)
15:00
S17 #04-06 (SR1)
Melvin Leok
University of California, San Diego
The Connections Between Discrete Geometric Mechanics, Information Geometry, Accelerated Optimization and Machine Learning
University of California, San Diego
The Connections Between Discrete Geometric Mechanics, Information Geometry, Accelerated Optimization and Machine Learning
11 Sep 2024
15:00
S17 #04-06 (SR1)
15:00
S17 #04-06 (SR1)
Binyong Sun
IASM, Zhejiang University
Some theorems in the representation theory of classical Lie groups
IASM, Zhejiang University
Some theorems in the representation theory of classical Lie groups
21 Aug 2024
15:00
S17 #04-06 (SR1)
15:00
S17 #04-06 (SR1)
Shahar Mendelson
Australian National University
Structure recovery from a geometric and probabilistic perspective
Australian National University
Structure recovery from a geometric and probabilistic perspective
22 Apr 2024
13:30
S17 #04-06 (SR1)
13:30
S17 #04-06 (SR1)
03 Apr 2024
15:00
S17 #04-06 (SR1)
15:00
S17 #04-06 (SR1)
14 Feb 2024
15:00
S17 #04-06 (SR1)
15:00
S17 #04-06 (SR1)
Zhiming Chen
Chinese Academy of Sciences
Arbitrarily high order finite element methods for arbitrarily shaped domains with automatic mesh generation
Chinese Academy of Sciences
Arbitrarily high order finite element methods for arbitrarily shaped domains with automatic mesh generation
08 Feb 2024
15:00
S17-05-11 (SR 5)
15:00
S17-05-11 (SR 5)
Tan Bui-Thanh
The University of Texas at Austin
Enabling approaches for real-time deployment, calibration, and UQ for digital twins
The University of Texas at Austin
Enabling approaches for real-time deployment, calibration, and UQ for digital twins
06 Feb 2024
15:00
S17 #04-05 (SR2)
15:00
S17 #04-05 (SR2)
05 Feb 2024
15:00
S17 #04-06 (SR1)
15:00
S17 #04-06 (SR1)
Xiaoping Wang
The Chinese University of Hong Kong, Shenzhen
Topology optimization with machine learning
The Chinese University of Hong Kong, Shenzhen
Topology optimization with machine learning