Graph Representation Learning

Representation learning on graphs enables downstream tasks such as node/graph classification and link prediction in multiple application scenarios. We are developing novel methods for analyzing graph representations and their relationship to the Graph Neural Networks (GNNs) generating them and to the downstream tasks. We are interested in manifold analysis for quantifying the similarity between two representation spaces and robust means for comparing and aligning representations. 

Affiliated People

Research interests: 

Machine Learning, Molecular Representation Learning, Cheminformatics

Kha-Dinh is a Computer Science PhD candidate at UC Santa Barbara. He graduated from Case Western Reserve University in 2020 with a B.S degree in Computer Science. He enjoys interdisciplinary research, particularly the application of machine learning in cheminformatics and health science. Hobbies: Gaming, Pokemon ROM hacks, exploring different cultures, and trying out new cuisines.

Research interests: 

Machine learning, Network Science, Computer Vision

 

Saurabh is a PhD candidate in the Computer Science department at UC Santa Barbara. Prior to this, he spent two years in MPI-Informatics Saarbruecken and got his Masters in Computer Science from Saarland University. Before that, he was a research assistant at IIT Bombay. Previously, he was working as an analyst in Goldman Sachs Bangalore. He got his Bachelors in Computer Science and Engineering from IIT Delhi.