2026-Winter-CSE261-DSC253-Advanced Data-Driven Text Mining

Graduate Class, CSE, UCSD, 2026

Class Time: Tuesdays and Thursdays, 8:00 to 9:20 AM. Room: COA 125. Piazza: piazza.com/ucsd/winter2026/cse261dsc253

Online Lectures for the First Week

To offer waitlist students opportunities to learn more about this course, in the first week we deliver the lecture over Zoom: https://ucsd.zoom.us/j/98878563153. The lectures will be recorded.

Overview

This course mainly focuses on introducing current methods and models that are useful in analyzing and mining real-world text data. It will put emphasis on unsupervised, weakly supervised, and distantly supervised methods for text mining problems, including information retrieval, open-domain information extraction, text summarization (both extractive and generative), and knowledge graph construction. Bootstrapping, comparative analysis, learning from seed words and existing knowledge bases will be the key methodologies.

There is no textbook required, but there are recommended readings for each lecture (at the end of the slides).

  • You MUST enroll in 4 units
    • We need your time commitment for projects
    • Feel free to audit the course with 0 units

Prerequisites

Knowledge of Machine Learning and Data Mining; comfortable coding using Python, C/C++, or Java; math and stats skills.

TA and Office Hours

  • Jingbo Shang
  • TAs:
    • Letian Peng (lepeng AT ucsd.edu)
      • Office Hour: TBD
      • Location: TBD

Note: all times are in Pacific Time.

Grading

  • Homework: 30%. There will be two homework assignments. 15% each.
  • Text Mining Challenge: 30%.
  • Project: 40%.
  • You should complete all work individually, except for the Project.
  • Late submissions are NOT accepted.

Lecture Schedule

Recording Note: Please download the recording video for the full length. The Dropbox website will only show you the first hour.

HW Note: All HWs due by the end of the day, Pacific Time.

WeekDateTopic & SlidesEvents
101/06 (Tue)Intro, Logistics, and Course Project 
101/08 (Thu)Basics: Zipf’s Law, bag-of-words, and TF-IDFHW1 out
201/13 (Tue)Word Embedding: word2vec and GloVe 
201/15 (Thu)Language Models: from N-Gram to Neural LMs 
301/20 (Tue)Information Retrieval: from BM25 to Learning to RankProject Proposal Due (End of the Day)
301/22 (Thu)Sentiment Analysis and Document Classification 
401/27 (Tue)Topic Modeling: PLSA, LDA, and HMMHW1 Due, DM challenge rollout
401/29 (Thu)Phrase Mining: from Unigrams to Multi-word PhrasesHW2 out
502/03 (Tue)Entity Set Expansion: from Seed Words to Sets 
502/05 (Thu)Entity Recognition: from Supervised to Data-Driven 
602/10 (Tue)Distant Supervision for Relation Extraction 
602/12 (Thu)Text-Rich Network: a collaboration between Texts and Networks 
702/17 (Tue)Topic Taxonomy Construction 
702/19 (Thu)Weakly Supervised Text Classification 
802/24 (Tue)Learning with Noisy DataHW2 due
802/26 (Thu)Label Bias in Weak Supervision & Few-shot NERDM challenge due
903/03 (Tue)Large Language Models 
903/05 (Thu)Project Presentations 
1003/10 (Tue)Project Presentations 
1003/12 (Thu)Project Presentations 

Homework (30%)

  • HW1. Text Classification with Different Techniques.
    • Due: Jan 27
  • HW2. Phrase Mining Applications and Future Work.
    • Due: Feb 24

Data Mining Challenge (30%)

It is an individual-based text mining competition with quantitative evaluation. The challenge runs during the quarter; exact start/end dates will be announced.

  • Challenge statement, dataset, and details: TBD
  • Kaggle challenge link: TBD
  • Survey to map Kaggle account names to student names: TBD

Project (40%)

Overview

  • Team-Based Open-Ended Project
    • 1 to 4 members per team. More members, higher expectation.
    • 3 to 4 members are recommended, given the limited presentation slots.

Final Deliverables

  • Project Proposal (5%) instruction
    • Define your own research problem and justify its importance
    • Be ambitious! We could aim for ACL/EMNLP conference!
  • Research Paper (20%)
    • Report due: Mar 15, 2026, end of the day, Pacific Time.
    • Write a 5 to 9 pages report (research-paper like following ACL template). The pages here do not include references.
    • Come up with your hypothesis and find some datasets for verification
    • Design your own models or try a large variety of existing models
    • Submit your codes and datasets; GitHub repos are welcome
    • Up to 5% bonus for working demos/apps towards the total course grades
  • Presentation (20%)
    • The orders will be decided randomly after the teams are formed.
    • The slides must be ready 2 days before the presentation date. So other students can have the access and think about questions.
    • The presentation follows a typical conference style: 20 mins for each team including Q&A
  • Question Asking and Handling (5%)
    • Asking questions is an important part of research. You are strongly encouraged to ask questions to other teams. It will be a part of your presentation grade.
    • Handling questions is also an important skill for researchers.