0.3 Sum and Product Notation
1.1 So You Think You Can Count?
Recitation 1
(Tues, Jan 4)
LaTeX Tutorial and Counting Practice [10:30am PST]
9.1Python Tutorial
9.2Probability via Simulation [PSet1 Coding]
1.3 No More Counting Please
2.1 Discrete Probability
2.2 Conditional Probability
Recitation 2
(Tues, Jan 11)
More Counting and Probability
[10:30am PST]
2.3 Independence
3.1 Discrete Random Variables Basics
9.3 Naive Bayes [PSet2 Coding]
3.2 More on Expectation
3.3 Variance
Recitation 3
(Tues, Jan 18)
Random Variables
[10:30am PST]
3.4 Zoo of Discrete RVs I
9.4 Bloom Filter [PSet 3 Coding]
3.5 Zoo of Discrete RVs II
3.6 Zoo of Discrete RVs III
4.1 Intro Continuous Random Variables
Recitation 4
(Tues, Jan 25)
Discrete Random Variables
[10:30am PST]
4.2 Zoo of Continuous Random Variables
Practice with Continuous RVs
4.3 The Normal Distribution
PSet 3 Out
PDF
Template
PSet 2 Due SUNDAY Jan 30 11pm PT
4.4 Transforming Random Variables
Recitation 5
(Tues, Feb 1)
Normal Distribution, Transforming RVs
[10:30am PST]
5.1 Joint Discrete Distributions
9.5 Distinct Elements [PSet 3 Coding]
5.2 Joint Continous Distributions
5.3 Conditional Distributions and Expectation
Recitation 6
(Tues, Feb 8)
Joint Distributions
5.4 Covariance and Correlation
5.5 Convolution (Optional)
5.6 Moment Generating Functions (Optional)
5.8 The Multinomial Distribution
5.9 The Multivariate Normal Distribution (Optional)
5.10 Order Statistics (Optional)
5.11 Proof of the CLT (Optional)
Recitation 7
(Tues, Feb 15)
CANCELLED
9.6 Markov Chain Monte Carlo [PSet 4 Coding]
7.1 Maximum Likelihood Estimation
7.2 MLE Examples
Recitation 8
(Tues, Feb 22)
CLT, MLE, Multinomial
7.3 Method of Moments Estimation
7.4 The Beta and Dirichlet Distributions
MLE, MOM, Beta Distribution
7.5 Maximum a Posteriori Estimation
7.6 Properties of Estimators I (Optional)
7.7 Properties of Estimators II (Optional)
7.8 Properties of Estimators III (Optional)
PSet 4 Due 11pm PT
PSet 5 Out
8.3 Hypothesis Testing
9.7 Bootstrapping [PSet 5 Coding]
Recitation 9
(Tues, Mar 1)
MAP, Confidence Intervals
8.1 Confidence Intervals
8.2 Credible Intervals
9.8 Multi-Armed Bandits [PSet 5 Coding]
6.1 Markov and Chebyshev Inequalities (Optional)
6.2 The Chernoff Bound (Optional)
6.3 Even More Inequalities (Optional)
Recitation 10
(Tues, Mar 8)
CANCELLED
How to Lie with Statistics
Course Wrap-up
Pset5 Due 11pm PT (no late submissions)
Note that content for future lectures is subject to change.
This course website heavily follows the example of the website of CSE373 2019 Spring.