Tutorial
Integrating Knowledge Graphs and Large LanguageModels
for Advancing Scientific Research
1Zhejiang University, 2The University of Manchester, 3University of Glasgow
Full slide deck: LoG-Tutorial-Part-123-V1-24Nov.pdf
Tuesday, 26th November, 2024
Overview
In recent years, Knowledge Graphs (KG) and Large Language Models (LLMs) have emerged as powerful tools for scientific research and knowledge discovery. This tutorial aims to provide attendees with an understanding of how these technologies can be integrated and applied to advance research in life sciences and other scientific domains. Over three hours, participants will explore the foundational concepts of KGs and LLMs, their applications in life sciences, and practical examples demonstrating their integration for BioNLP tasks. The tutorial will include materials demonstrating KG construction and LLM development for scientific data interpretation, and emphasizing practical techniques for incorporating domain-specific knowledge into AI models. By the end of this tutorial, participants will have a comprehensive understanding of the synergy between KGs and LLMs and how to leverage these tools for innovative scientific solutions.
Schedule
Length
10 mins
15 mins
15 mins
20 mins
10 mins
10 mins
30 mins
10 mins
10 mins
10 mins
15 mins
15 mins
10 mins
Content
Part I – Introduction
Introduction to KGs and LLMs
Part II – Knowledge Graphs for Science
KG Definitions and Core Concepts
Application of KGs in Life Sciences: A Brief Review
A Case Study on Ecotoxicological Effect Prediction
Break
Part III – Large Language Models for Science
Introduction to Scientific LLMs
Review of Scientific LLMs: Textual, Protein, and Multimodal
Scientific Agents and Co-Pilots
Break
Part IV – Integrating KGs and LLMs for Scientific Applications
Knowledge Incorporation Frameworks Using LLMs
KG Integration for BioNLP Tasks
KG Integration for Scientific Prediction Tasks
Summary and Q&A
Speaker
Emine Yilmaz
Jiaoyan Chen
Jiaoyan Chen
Jiaoyan Chen
Qiang Zhang
Qiang Zhang
Qiang Zhang
Zaiqiao Meng
Zaiqiao Meng
Zaiqiao Meng
Qiang Zhang