KGML Lab

Welcome to the Knowledge-guided Machine Learning (KGML) lab led by Prof. Anuj Karpatne at Virginia Tech in the Department of Computer Science and the Sanghani Center for AI and Data Analytics.

A central focus of our lab is to advance the emerging field of KGML where scientific knowledge is deeply integrated in the design and training of ML models to produce scientifically grounded, explainable, and generalizable results, going beyond black-box (data-only) applications of AI/ML in science. Through our inter-disciplinary collaborations with researchers from diverse institutions and disciplinary backgrounds, we aspire to contribute on two fundamental fronts: (1) Advance the foundations of AI/ML by incorporating diverse forms of scientific knowledge in AI/ML frameworks including partial differential equations (PDEs), symbolic rules, ontologies, and mechanistic models, and (2) Deliver real-world impacts to scientific applications of high societal relevance including aquatic sciences, organismal biology, virology, mechanobiology, fluid dynamics, geophysics, quantum mechanics, and electromagnetism. We are grateful to NSF for their generous support for our research projects. Check out our Projects, Publications, and Team pages to learn more about us and our work.

To learn more about the field of KGML, see the KGML book and a recent perspective article summarizing current trends and future prospects in this emerging field.

News

Sep 26, 2024 Our work on evaluating the effectiveness of vision-language models in organismal biology – VLM4Bio – has been accepted to NeurIPS 2024
Aug 07, 2024 KGML 2024 Workshop is being held at University of Minnesota
Jul 01, 2024 Phylo-Diffusion is accepted at ECCV 2024
Jun 13, 2024 Fish-Vista Dataset is now available on Huggingface. Paper
May 22, 2024 Lake-GPT project recieves the National Artificial Intelligence Research Resource (NAIRR) Pilot award. Read more
May 01, 2024 Neuro-Visualizer is accepted at ICML 2024

KGML Research - Overview

The key motivation behind KGML is to improve the interpretability and generalization power of ML models, especially on out-of-sample distributions and even in the paucity of gold-standard data. To gain more insights into our research, have a look at this recent tutorial given by Anuj Karpatne at the KGML2024 Workshop on the current state and future prospects of research in KGML.