Kyrie Dowling 
(kyrdo@cs.uw.edu)

Events


Asking Questions, Getting Assistance, Giving Feedback

It is very important to us that you succeed in CSE 351! Outside of lectures and sections, there are different ways to ask questions or discuss course issues:
  1. Visit office hours (see Events above)! In addition, if you need extra time or need to discuss something in private, feel free to email and make an appointment.
  2. Make a public post about course content on the , where they benefit the whole class. If other students can answer your question, you may receive a response more quickly than you would by emailing the course staff. This is the best way of asking questions about homework, labs, and other class-related topics. Before posting, please search through the questions that have already been posted in case someone has already asked the same question.
  3. Make a private post to just the course staff on the with any questions or issues you would prefer to discuss privately. While you can email staff members individually when that makes sense, contacting the whole staff is generally preferred to get a faster response and to let the whole staff see what issues students are having.
  4. Send to the course staff. The instructor will try to address the issue and share it with others only as appropriate, but will not have a way to reply to you without addressing the whole class.

Course Staff

Instructor

Kyrie Dowling
(she/her)
CSE 204

Teaching Assistants

Aakash Srazali
(he/him)
aaksra
AB
Allie Pfleger
(she/her)
pflegera
AA,AB
Dara Stotland
(she/her)
dstot
n/a
Ellis Haker
(he/him)
ehaker1
AA

Schedule

  • Binary
  • Memory & Data
  • Integers
  • Floating Point
  • x86 Programming
  • The Stack & Procedures
  • Executables
  • Buffer Overflows
  • Arrays
  • Structs
  • Caches
  • Memory Allocation
  • Processes
  • Virtual Memory
  • Java and C
 
#
Day
Topic
Labs
Homework
Introduction, Binary
Ed Reading / CSPP: § 1.0-1.10, 2.0-2.1.1 (p. 1-28, 31-39)
Binary, Programming in C
Memory & Data I
Ed Reading / CSPP: § 2.1.2-2.1.3 (p.39-48)
Memory & Data II
Ed Reading / CSPP: § 2.1.4-2.1.9 (p. 49-59)
Integers I
Ed Reading / CSPP: § 2.2-2.2.3 (p. 59-70)
Pointers, Bitwise Operators, Integers
Integers II
Ed Reading / CSPP: § 2.2.4-2.3 (p. 70-108)
Floating Point
Ed Reading / CSPP: § 2.4-2.5 (p. 108-127)
Integers, Floating Point
x86 Programming I
Ed Reading / CSPP: § 3.2-3.5.3 (p. 169-195)
x86 Programming II
Ed Reading / CSPP: § 3.6.0-3.6.5 (p. 200-213)
x86 Programming III
Ed Reading / CSPP: § 3.6.7-3.6.8 (p. 220-238)
x86-64 Assembly, GDB
The Stack & Procedures
Ed Reading / CSPP: § 3.7.0-3.7.3 (p. 238-248)
Procedures & Recursion
Ed Reading / CSPP: § 3.7.4-3.7.5, 3.2 (p. 248-255, 169-177)
Buffer Overflow
Ed Reading / CSPP: § 3.10 (p. 276-293)
Procedures & Buffer Overflow
Executables & Arrays
Ed Reading / CSPP: § 3.8 (p. 255-265)
Structs & Alignment
Ed Reading / CSPP: § 3.9 (p. 265-276)
Memory & Caches I
Ed Reading / CSPP: § 6.0, 6.2 (p. 579-580, 604-609)
Array, Structs & Caches
Memory & Caches II
Ed Reading / 6.3-6.4.2 (p. 609-624)
Memory & Caches III
Ed Reading / CSPP: § 6.4.3-6.4.7 (p. 624-633)
Memory & Caches IV
Ed Reading / CSPP: § 6.5-6.7, 8.0-8.1 (p. 633-649)
Caches & Lab 4
Memory Allocation I
Ed Reading / CSPP: § 9.9-9.9.11 (p. 839-853)
Memory Allocation II
Ed Reading / CSPP: § 9.9.12-9.10 (p. 854-870)
System Control Flow & Processes
Ed Reading / CSPP: § 8.0-8.4 (p. 722-756)
Memory Allocation & Lab 5
Virtual Memory I
Ed Reading / CSPP: § 9.0-9.3 (p. 802-825)
Virtual Memory II
Ed Reading / CSPP: § 9.7 (p. 825-833)
TA's Choice!