KDD 2023: Semi-Supervised Graph Imbalanced Regression ๐
Exploring how graph structures of molecules reveal properties, addressing challenges in semi-supervised imbalanced regression at KDD 2023.

Association for Computing Machinery (ACM)
207 views โข Jul 12, 2023

About this video
Gang Liu, University of Notre Dame
Molecules' graph structures reveal valuable insights into their properties. However, certain significant molecules often occupy a distinct corner, deviating from the majority of labels. Achieving equal prediction ability across all label areas is important. When we prioritize optimizing training errors in rare areas, there is a risk of compromising accuracy in popular areas. To overcome this challenge, we present SGIR: a semi-supervised framework to tackle the imbalanced regression problem on graphs. Our innovative approach sidesteps trade-offs by leveraging additional examples. Together, let's pave the way toward accurate and unbiased predictions.
Molecules' graph structures reveal valuable insights into their properties. However, certain significant molecules often occupy a distinct corner, deviating from the majority of labels. Achieving equal prediction ability across all label areas is important. When we prioritize optimizing training errors in rare areas, there is a risk of compromising accuracy in popular areas. To overcome this challenge, we present SGIR: a semi-supervised framework to tackle the imbalanced regression problem on graphs. Our innovative approach sidesteps trade-offs by leveraging additional examples. Together, let's pave the way toward accurate and unbiased predictions.
Video Information
Views
207
Likes
4
Duration
1:51
Published
Jul 12, 2023
Related Trending Topics
LIVE TRENDSRelated trending topics. Click any trend to explore more videos.
Trending Now