Class Info:
- Time: Class1 (24610): Tue 9:00-12:00, Class2 (23504): Thr 9:00-12:00
- Location: Cluster Bd (학연산클러스터), Room 506
Textbook: Python Machine Learning, 2nd Ed, Raschka & Mirjalili, PACKT Publishing
Grading: (Attendance, Team-projects, Midterm, Final) = (10%, 50%, 20%, 20%)
Links
Exams
- Midterm
- Oct 23, 7~8:30 pm
- Location: Cluster Bd.
- Room 506: Tuesday class
- Room 507: Thurs class
- There will be no lecture on Tue/Thurs in this week (시험이 있는 주에는 수업이 없습니다).
- Important Topics 2019 [link]
- Final
- Dec 11 (Wed) 7:00 ~ 8:30 pm
- Important Topics (final) [link]
Schedule
- Week 1: Introduction to AI [note]
- Week 2~4: Basic methods in ML (Logistic regression, Neural Networks, SVM) [note1, note2]
- Week 5~7 (PBL Case Study #1) (How to read MNIST files)
- Teams (class1 , class2)
- Notes
- Preprocessing [note]
- Model selection [note]
- Cross validation & Grid Search summary [note]
- Main goal: model selection
- F1-score
- Hyperparameters
- Logistic regression: lambda, ||w||_2^2, ||w||_1
- SVM: C
- To save time, you can use the test (10k) set for training, and the training set (60k) for testing.
- Team presentations (send presentation files to nomar0107@gmail.com)
- Evaluations: (class1, class2) (You must login with Google account)
- Week 8: Midterm
- Week 9: Gradient-Based Learning [pdf]
- Week 10~12: (PBL Case Study #2)
- Leaderboard (class1, class2)
- Team composition (class1, class2)
- Team & Member evaluation (class1, class2)
- Notes
- SGD Algorithm for solving SVM [note]
- Unsupervised Learning (PCA)
- Unsupervised Learning: LDA, Kernel PCA [note]
- Code submission (class 1: by Nov 17, class 2: by Nov 26 midnight)
- TA : nomar0107@gmail.com
- Python code: team#.py <training_data> <test data>
- Additional MNIST data
- New 1k [images, labels]
- D1+D2+New 1k data [images, labels]
- We will use this as the new <training_data> for the next evaluation
- Fix hyperparameters in your code.
- Output labels per line, as explained in PBL 2 problem description.
- Week 13~16: PBL #3
- Week 15 (Dec 11, Wed): Final Exam
- Dec 11 (Wed) 7:00 ~ 8:30 pm