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Instructor: Yifan Peng (yip4002@med.cornell.edu)
Time: Jan. 6, 2025 - April 11, 2025, 5:15-8:15 pm East Time on Mondays
Location: 575 Lex
TA: Zihan Xu (zix4004@med.cornell.edu)
Office Hours: TBD
Grading: Letter grade

Course Aims and Outcomes

This course provides students with an understanding of the field of natural language processing and its applications in health. Students will acquire knowledge of sources of text data, linguistic structures, and the range of methods available for processing. Hands-on experience with the Python programming language and tool kit will provide useful skills for managing text data for solving a variety of problems in the health domain.

Format and Procedures

The course follows the progression of topics: text preprocessing and regular expression, n-gram, text classification, sequence labeling, parsing, word vector, convolutional neural network and recurrent neural network, and transformer-based methods. Each topic is addressed in a module lasting 1-2 weeks. Students will work on individual assignments alongside these activities, as well as participate in a team project.

Prerequisites

  • Python: Prior exposure to programming and Python is highly recommended. We will provide a tutorial on Python in the first two weeks.
  • Basic Probability and Statistics: You should know the basics of probabilities, mean, standard deviation, etc.
  • College Calculus, Linear Algebra: You should understand matrix/vector notation and operations.

Reference Texts

The following texts are useful, but none are required.

If you are not very familiar with Python

If you are interested in Deep Learning

Tentative Course Schedule Overview

Week Topic Event Deadline
1/6 Introduction
1/13 Text preprocessing and regular expression Assignment 1
1/20 Martin Luther King, Jr. Day – no classes
1/27 n-gram Assignment 2 Assignment 1
2/3 Text classification
2/10 Part-of-speech tagging and parsing Assignment 3 Assignment 2
2/17 Presidents' Day - no classes
2/24 Word vector Project proposal
3/3 Intro to deep learning Assignment 4 Assignment 3
3/10 CNN, RNN, and Transformer
3/17 Large Langauge Model Assignment 5 Assignment 4
3/24 Prompt engineering and LLM fine-tuning
3/31 Multimodal large language models Assignment 5
4/7 Final project presentation Final project paper