Instructors:
Office Hours:
| Who | Where | |
Monday | 7:10pm - 8:00pm | Dennis | 25-105 |
Tuesday | 1:10pm - 2:00pm | Dennis | 25-105 |
Wednesday | 8:10am - 10:00am | Alex | 14-210 | Wednesday | 10:10am - 11:00am | Dennis | 25-105 | Thursday | 8:10am - 10:00am | Alex | 14-210 | Friday | 5:10pm - 6:00pm | Dennis | Google Hangouts |
Additional appoinments: send email.
Syllabus | |
Piazza Website | [HERE] |
Jupyter Website | jupyter.calpolydatascience.org |
Reading List | [HTML] |
Project 1 | Due: October 19 | Dataset | [October 1, 2016] | |
Project 3 | Due: November 28 | Dataset | [November 9, 2016] | |
Project 4 | Due: December 12 | [December 7, 2016] |
Lab 0 | September 26 | Find Something Interesting | Lab Data | [September 25, 2016] | |
Lab 1 | Linear Regression | Lab Data | [September 28, 2016] | ||
Lab 2 | October 5 | Feature Engineering | Notebook | [October 5, 2016] | |
Lab 3 | October 10 | Data Engineering | [October 10, 2016] | ||
Lab 4 | October 12 | Gradient Descent | Notebook | [October 10, 2016] | Lab 5 | October 19 | Logistic Regression | Notebook | [October 19, 2016] |
Lab 7 | November 7 | Perceptron | Notebook HousingSmallSet.csv | [November 7, 2016] | Lab 7-1 | November 14 | Support Vector Machines | Notebook HousingSmallSet.csv | [November 8, 2016] | Lab 8 | December 7 | TensorFlow | Notebook | [December 7, 2016] |
Lecture 1 | Data Science Process and Challenges | [September 25, 2016] | |
Lecture 1-2 | Data Science Challenges | [September 28, 2016] | |
Lecture 2 | Requirements Elicitation | [October 3, 2016] | |
Lecture 3 | Data Acquisition | [October 10, 2016] | |
Lecture 4 | Data Integration | [October 19, 2016] |
Lecture 1 | Linear Regression | [September 28, 2016] | |
Lecture 2 | Feature Engineering | [October 3, 2016] | |
Lecture 3 | Model Comparison | [October 10, 2016] | |
Lecture 4 | Model Selection | [October 10, 2016] | |
Lecture 5 | Gradient Descent | [October 12, 2016] | |
Lecture 6 | Principle of Maximum Likliehood | [October 19, 2016] | |
Lecture 7 | Logistic Regression | [October 19, 2016] | |
Lecture 8, 9 |
Classification: K-Nearest Neighbors, Perceptron and Support Vector Machines | [October 24, 2016] | |
Lecture 10 | Classification: Non-Linear Methods (KNN, Decision Trees) | [October 24, 2016] | |
Lecture 11 | Classification: Ensemble methods | [November 7, 2016] |
Case Study 1 | Linear Regression | [October 5, 2016] |