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Schedule

References are to:

  • BB: Deep Learning Foundations and Concepts by Christopher M. Bishop with Hugh B [BB online access link].
  • JM: Speech and Language Processing (3rd edition) by Dan Jurafsky and James H. M [JM online access link]
  • SB: Reinforcement Learning: An Introduction by Richard S. Sutton and Andrew G. Barto [SB online access link].
Week Date In-Class References Assignments Due (11:59 pm)
1 W 1/7 L01: What is Machine Learning? Linear Models BB 1
2 M 1/12 L02: Maximum Likelihood Estimation, Validation and Regularization BB 4.1 Recommended (nothing to turn in): Complete Setup and Background
W 1/14 L03: Logistic Regression and Classification, Cross Entropy and Evaluation Metrics BB 5-5.1.4, 5.2.5-5.2.6, and 5.4-5.4.4
F 1/16
3 M 1/19 MLK Jr. Holiday HW 1 (due Tuesday due to Holiday)
W 1/21 L04: Artificial Neural Networks and the Multilayer Perceptron BB 6.2-6.3.4, 6.3.6-6.4
F 1/23
4 M 1/26 L05: Backpropagation and Minibatch Stochastic Gradient Descent BB 7.2-7.4, 8.1-8.1.3, 9.3, 9.6.1 HW 2
W 1/27 L06: Convolutional Neural Networks and Image Recognition BB 9.5, 10-10.2
F 1/30
5 M 2/2 L07: Convolutional Neural Networks and Object Detection BB 10.3-10.5 HW 3
W 2/4 L08: Sequence Models and the Transformer Architecture BB 12-12.1, JM 8.1-8.7
F 2/6
6 M 2/9 L09: Transformer Language Models and Autoregressive Generation BB 12.2-12.2.4, JM 7 HW 4
W 2/11 L10: Fine-tuning, Low Rank Adaptation, KV-Caching, and Quantization BB 12.3.5, JM 8.8 & 9, 10.4
F 2/13
7 M 2/16 L11: Chain of Thought, In-Context Learning, and Retrieval-Augmented Generation JM 7.3, 9.4, 11 HW 5
W 2/18 L12: Vision Transformers and Contrastive Learning BB 6.3.5, 12.4
F 2/20
8 M 2/23 Exam 1 (required): Covers L01-09; HW 1-5
W 2/25 L13: Generative Models and Diffusion BB 20
F 2/27
9 M 3/2 L14: Text-to-Image and Guided Diffusion BB 12.4 HW 6
W 3/4 L15: Markov Decision Processes SB 3
F 3/6
10 M 3/9 Spring Recess
W 3/11 Spring Recess
F 3/13 Spring Recess
11 M 3/16 L16: Value-Based Reinforcement Learning SB 4.4, 5.2-5.3, 6.5
W 3/18 Exam 1 Retake (optional)
F 3/20
12 M 3/23 L17: Policy-Based Reinforcement Learning SB 13 HW 7
W 3/25 L18: State of the Art Models, Applications, and Projects
F 3/27
13 M 3/30 Project Workshop 1 HW 8
W 4/1 Project Workshop 2
F 4/3
14 M 4/6 Exam 2 (required):  Covers L08-17; HW 5-8
W 4/8 Project Workshop 3
F 4/10
15 M 4/13 Project Workshop 4
W 4/15 Project Workshop 5
F 4/17
16 M 4/20 Exam 2 Retake (optional)
W 4/22 Project Workshop 6
17 Su 4/26 No Class, Reading Period Final Project