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CMU 11-711: Advanced Natural Language Processing (ANLP)

Course Overview

  • University: Carnegie Mellon University
  • Prerequisites: No strict prerequisites, but students should have experience with Python programming, as well as a background in probability and linear algebra. Prior experience with neural networks is recommended.
  • Programming Language: Python
  • Course Difficulty: 🌟🌟🌟🌟
  • Estimated Workload: 100 hours

This is a graduate-level course covering both foundational and advanced topics in Natural Language Processing (NLP). The syllabus spans word representations, sequence modeling, attention mechanisms, Transformer architectures, and cutting-edge topics such as large language model pretraining, instruction tuning, complex reasoning, multimodality, and model safety. Compared to similar courses, this course stands out for the following reasons:

  1. Comprehensive and research-driven content: In addition to classical NLP methods, it offers in-depth discussions of recent trends and state-of-the-art techniques such as LLaMa and GPT-4.
  2. Strong practical component: Each lecture includes code demonstrations and online quizzes, and the final project requires reproducing and improving upon a recent research paper.
  3. Highly interactive: Active engagement is encouraged through Piazza discussions, Canvas quizzes, and in-class Q&A, resulting in an immersive and well-paced learning experience.

Self-study tips:

  • Read the recommended papers before class and follow the reading sequence step-by-step.
  • Set up a Python environment and become familiar with PyTorch and Hugging Face, as many hands-on examples are based on these frameworks.

Course Resources