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1 Course(s)

Professor

-

Learning Period

03-01-2024 ~ 12-31-2024

Course Introduction

강의시간 강의내용 실습여부 1 -  Why CNNs, MLPs, RNNs are insufficient for non-Euclidean data -  Neural network for graphs & sets -  Euclidean transformations, invariance, and equivariance   2 -  Invariant geometric GNNs (SchNet, DimeNet, and SphereNet) -  Simple equivariant geometric GNNs (EGNN and NequIP) O 3 -  Local frame-based geometric GNNs (ClofNet and LEFTNet) -  Frame averaging for geometric GNNs (Frame averaging, FAENet) O 4 -  Steerable features, rreducible representations, Wigner-D matrix, spherical harmonics, Clebsch-Gordan tensor product -  Steerable geometric GNNs (Tensor field network, SE(3)-Transformer)   5 - Steerable geometric GNNs (Equiformer, MACE, eSCN, EquifomerV2) O

Students

46

Introduction to Geometric Deep Learning
Certificate

인공지능 & 프로그래밍|

Introduction to Geometric Deep Learning
#Geometric
# Graph Neural Network
# 3D