Statistics 151A: Linear Models

UC Berkeley, Fall 2024

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Instructors

Instructor: Ryan Giordano
Ryan Giordano
Office: 389 Evans Hall
Office hours:
Tuesdays 2-3pm
Fridays 10-11am
rgiordano@berkeley.edu
pronouns: He / him

GSI: Haodong Ling
Haodong Ling
Office: Evans 428
Office hours:
Tuesdays from 4:00-5:30 PM
Wednesdays from 11:00 AM-12:00 PM and 4:00-5:30 PM
haodong_ling@berkeley.edu
pronouns: He / him

Important

Please reach out to Haodong if you need to be manually added to BCourses.

Course content

This website will contain lecture materials and assignments. Day-to-day announcements can be found in BCourses. Discussions can be found in ED. (See links above.)

Schedule

Lectures will be held Aug 28 2024 – Dec 05 2024 on Tuesday and Thursday, 12:30 pm – 2:00 pm, in Social Science 20.

Labs will be held on Wednesdays from 9:00 am – 11:00 am and 2:00pm – 4:00 pm in Evans 342.

(Link to official course calendar.)

Linear algebra review materials

Basic linear algebra is a serious prerequisite for this course. You can find a summary of useful review materials here.

R programming review materials

This course will be conducting in the R programming language, and basic proficiency is assumed. Here are some useful review materials:

Materials

Unelss otherwise noted, the primary materials for the course are the lecture notes, which will be posted to the course website in advance of class. The following textbooks are useful supplementary texts and are all freely available online:

I will additionally recommend optional readings from

Unfortunately this book is not available digitally through any official channels.

(Tentative) Course Calendar

The following schedule will almost certainly change.

Calendar (tentative)
Date Day of week Event Topic Notes Supplementary reading
Aug 29 Thursday Lecture 1 Sample means as inference
Sep 3 Tuesday Lecture 2 Sample means as loss minimization and projection
Sep 5 Thursday Lecture 3 Inference and confounding with sample means ROS 1.1-1.4
Sep 10 Tuesday Lecture 4 Ames Housing data for inference VDS 8.4
Sep 12 Thursday Lecture 5 One-hot encoding and sample means HW 1 due Friday Sep 13 VDS 10.2, ISL 3.3.1
Sep 17 Tuesday Lecture 6 Multilinear regression as loss minimization ETM 1.4-1.5, LME 3.1
Sep 19 Thursday Lecture 7 Examples of the matrix form of linear regression Quiz 1 in class.
Sep 24 Tuesday Lecture 8 Redundant regressors
Sep 26 Thursday Lecture 9 Linear regression as projection HW 2 due Monday Sep 30 ETM 2.1-2.3, LME 3.1-3.3
Oct 1 Tuesday Lecture 10 Transformations of regressors VDS 10.3, ROS 10.1-10.4
Oct 3 Thursday Lecture 11 Transformations of responses Quiz 2 in class. Guest lecturer. ETM 2.4, LMS 7-8
Oct 8 Tuesday Lecture 12 Influence and Outliers LME 11
Oct 10 Thursday Lecture 13 Influence and Outliers HW 3 due Friday Oct 11 LME 12.2
Oct 15 Tuesday Lecture 14 The FWL theorem LME 7
Oct 17 Thursday Lecture 15 Stochastic assumptions on the residual Quiz 3 in class. ETM 3.1-3.3, ETM 4.1, ROS 4.5
Oct 22 Tuesday Lecture 16 Omitted variables in inference and prediction LME 9.2
Oct 24 Thursday Lecture 17 Regression to the mean HW 4 due Monday Oct 28 ETM 8.2, FPP 10.4
Oct 29 Tuesday Lecture 18 Confidence intervals and hypothesis testing Guest lecturer. ETM 4.1, ROS 4.5
Oct 31 Thursday Lecture 19 Coefficient tests under normality Quiz 4 in class. ETM 4.4-4.5
Nov 5 Tuesday Lecture 20 Uncertainty in the residual variance
Nov 7 Thursday Lecture 21 Testing under machine learning assumptions HW 5 due Friday Nov 8 LME 12, LME 6, ETM 5.5
Nov 12 Tuesday Lecture 22 Variable selection and the F-test ETM 4.4-4.5
Nov 14 Thursday Lecture 23 Bias-variance tradeoff in prediction Quiz 5 in class. ISL 2.2
Nov 19 Tuesday Lecture 24 Ridge or L2 regression ISL 6.2
Nov 21 Thursday Lecture 25 LASSO or L1 regression Project draft due Monday Nov 25 ISL 6.2
Nov 26 Tuesday Lecture 26 Project consultation
Nov 27 Thanksgiving (no class)
Nov 28 Thanksgiving (no class)
Nov 29 Thanksgiving (no class)
Dec 3 Tuesday Lecture 27 Project consultation
Dec 5 Thursday Lecture 28 Project consultation Project final due Friday Dec 6