Linked Data and AI: Retrieval Augmented Generation (RAG)
Learn to build RAG systems that integrate Large Language Models with local knowledge bases for research and library services.
Date & Time
UTC
Duration
2 hours
Format
Online
Course Overview
This course provides a systematic introduction to the technical principles and application scenarios of RAG (Retrieval-Augmented Generation). Through hands-on demonstrations and guided practical sessions, participants will learn how to build RAG systems that integrate Large Language Models (LLMs) with local knowledge bases to empower personal research or library services. We will begin with constructing document-based RAG systems, followed by an exploration of RAG systems built upon Relational Databases, linked data, and Knowledge Graphs. The technical depth and complexity of the implementation will be adjusted in real-time based on the participants’ learning progress.
Note
Although no prior programming experience is required, a basic understanding of computer programming and databases will be helpful. This course is intended for those who have social sciences and humanities background and are interested in learning linked data and AI and gaining hands-on experience.
Recommended Preparation
It is recommended to install the following components before the course begins:
Local LLM Deployment
- Install Ollama
- Download at least one model (e.g., DeepSeek-R1:7B)
- Install AnythingLLM
AI Programming Environment & Tools
- VS Code with GitHub Copilot or Lingma
- Python 3.9 or higher
- You may also register an account in Kaggle or similar platforms (such as Colab and Jupyter) to run Python codes
Knowledge Graph Storage & Retrieval
- Install Neo4j Desktop (v5.20.x)
Course Details
Course structure and schedule information
- Course Code
- DCA0008
- Duration
- 2 hours
- Schedule
-
- Status
- Upcoming
- Course Fee
-
DCMI, ASIST & ISKO members
$25
Others
$75
Your Instructor
Cuijuan Xia
Professor
Renmin University of China
Professor at the Department of Digital Humanities, School of Information Resource Management, Renmin University of China, specializing in Linked Data, Metadata, Ontology, and Knowledge Graphs.