CSE 451 Autumn 2011 Course Calendar

CSE 451 Autumn 2011
Course Calendar

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September

Monday Tuesday Wednesday Thursday Friday

26 27 28
Homework 0 out

Project 0 out

11:30-12:20 Lecture
EEB 045
Course Intro
Chapter 1.1-1.3
M0: Slides

13:30-15:30 OH (ok)
CSE 002
29
Section
C programming
Slides

14:30-16:30 OH (ja)
CSE 022
30
11:30-12:20 Lecture
EEB 045
OS Intro: History
Chapter 1.4-1.5
M1: Slides

October

Monday Tuesday Wednesday Thursday Friday

03
11:30 Homework 0 due
Submitted questions

11:30-12:20 Lecture
EEB 045
OS Intro: Processes
Chapter 1.4-1.5
M1: Slides

13:00-14:00 OH (jz)
CSE 534
04 05
11:30-12:20 Lecture
EEB 045
OS Intro: Files
M1: Slides
Lecture notes

13:30-15:30 OH (ok)
CSE 002
06
Section
Project 0 and shells
Slides

14:30-16:30 OH (ja)
CSE 022
07
11:30-12:20 Lecture
EEB 045
OS Intro: Naming / Files
Lecture notes

23:59 Project 0 due

10
Project 1 out

11:30-12:20 Lecture
EEB 045
Naming / Files
Chapter 2.1
M1.5: Slides

13:00-14:00 OH (jz)
CSE 534
11 12
11:30-12:20 Lecture
EEB 045
Threads
Chapter 2
M2: Slides

13:30-15:30 OH (ok)
CSE 002
13
Section
Project 1
Slides

14:30-16:30 OH (ja)
CSE 022
14
11:30-12:20 Lecture
EEB 045
Synchronization
Chapter 2
M3: Slides

17
11:30-12:20 Lecture
EEB 045
Locks / Races
Chapter 2
M3: Slides

12:30-13:20 OH (jz)
CSE 534
18 19
11:30-12:20 Lecture
EEB 045
Locks / Races / Deadlock
Chapter 2
M3: Slides

13:30-15:30 OH (ok)
CSE 002
20
Section
Process and threads
Slides

14:30-16:30 OH (ja)
CSE 022
21
11:30-12:20 Lecture
EEB 045
Vector Clocks / Semaphores
Lecture notes

24
Project 2 out

11:30-12:20 Lecture
EEB 045
Semaphores
Lecture notes

13:00-14:00 OH (jz)
CSE 534

23:59 Project 1 due
25 26
11:30-12:20 Lecture
EEB 045
Condition Variables
Lecture notes

13:30-15:30 OH (ok)
CSE 002
27
Section
TBD

14:30-16:30 OH (ja)
CSE 022
28
11:30-12:20 Lecture
EEB 045
Deadlock
Lecture notes

31
11:30-12:20 Lecture
EEB 045
Thread switching / Signals / DLLs
Chapter 3.1.2, 2.2.5, 3.4.2, More
Most of the concepts in Chapter 3 are covered in CSE 351. Beyond the two subsections listed explicitly, you can read all of Chapter 3 for review, or just as-needed if you find you need some of the Linux-y details it contains that weren't covered in 351. We'll spend class time only on the two topics listed.

Lecture notes

13:00-14:00 OH (jz)
CSE 534
01 02
11:30-12:20 Lecture
EEB 045
Signal Return
Additional (optional) reading
Lecture notes

13:30-15:30 OH (ok)
CSE 002
03
Section
Midterm review

14:30-16:30 OH (ja)
CSE 022
04
11:30-12:20 Lecture
EEB 045
Dynamic Linked Libraries
Chapter 3.4.2

23:59 Project 2A due

November

Monday Tuesday Wednesday Thursday Friday

07
11:30-12:20 Midterm exam
Material
The midterm will be based on material from the textbook readings, lectures, sections, and homeworks. You may be asked to read or write code. When writing code, you aren't expected to remember little details that you could look up easily (e.g., the exact order the arguments to some four argument function). Forgetting that the function exists at all, or fundamentally misconstruing what it does, does affect grade, though. Questions will be in the format of my past exams, which are posted on past 451 webs.

Answer key
Grade histogram

13:00-14:00 OH (jz)
CSE 534
08 09
11:30-12:20 Lecture
EEB 045
OS Design: Low Level Buffering
Chapter 4.1.1-4.1.2
Lecture notes

13:30-15:30 OH (ok)
CSE 002
10
Section
Midterm Q&A

14:30-16:30 OH (ja)
CSE 022
11
Veterans Day

14
11:30-12:20 Lecture
EEB 045
OS Design: Low Level Buffering
Chapter 4.1.1-4.1.3
Lecture notes

13:00-14:00 OH (jz)
CSE 534
15 16
11:30-12:20 Lecture
EEB 045
Storage: Main Memory
Chapter 4.1.4
Lecture notes

13:30-15:30 OH (ok)
CSE 002
17
Section
TBD

14:30-16:30 OH (ja)
CSE 022
18
11:30-12:20 Lecture
EEB 045
Storage: File Systems
Chapter 4.1.4
Lecture notes

21
11:30-12:20 Lecture
EEB 045
Virtual Machines
Chapter 4.2.1
Lecture notes

13:00-14:00 OH (jz)
CSE 534
22
23:59 Project 2B due
23
11:30-12:20 Lecture
EEB 045
Holiday Lecture: Determinator
Efficient System-Enforced Deterministic Parallelism
This material will not appear on any exam or assignment.

13:30-15:30 OH (ok)
CSE 002
24
Thanksgiving
25
Thanksgiving

28
Project 3 out

11:30-12:20 Lecture
EEB 045
File Systems
Chapter 6.1, 6.3
Lecture notes

13:00-14:00 OH (jz)
CSE 534
29 30
11:30-12:20 Lecture
EEB 045
FS: Performance
Chapter 6.1, 6.3
Lecture notes

13:30-15:30 OH (ok)
CSE 002
01
Section
TBD

14:30-16:30 OH (ja)
CSE 022
02
11:30-12:20 Lecture
EEB 045
FS: Crash Relience
Chapter 6.2
Lecture notes

December

Monday Tuesday Wednesday Thursday Friday

05
11:30-12:20 Lecture
EEB 045
Journaling FS / RAIDs
Chapter 6.4, 5.3
Lecture notes

12:30-13:00 OH (jz)
CSE 534
06 07
11:30-12:20 Lecture
EEB 045
Processor Scheduling
Lecture notes

13:30-15:30 OH (ok)
CSE 002

23:59 Project 3 due
08
Section
TBD

14:30-16:30 OH (ja)
CSE 022
09
11:30-12:20 Lecture
EEB 045
Stride Scheduling
Section 5.3.1 through 5.3.1.5
Lecture notes

12 13
17:00-19:00 Q&A Session
EEB 037
14
14:30-16:20 Final exam
Grade histogram
15 16

September
Monday	Tuesday	Wednesday	Thursday	Friday
26	27	28 Homework 0 out Project 0 out 11:30-12:20 Lecture EEB 045 Course Intro Chapter 1.1-1.3 M0: Slides 13:30-15:30 OH (ok) CSE 002	29 Section C programming Slides 14:30-16:30 OH (ja) CSE 022	30 11:30-12:20 Lecture EEB 045 OS Intro: History Chapter 1.4-1.5 M1: Slides

October
Monday	Tuesday	Wednesday	Thursday	Friday
03 11:30 Homework 0 due Submitted questions 11:30-12:20 Lecture EEB 045 OS Intro: Processes Chapter 1.4-1.5 M1: Slides 13:00-14:00 OH (jz) CSE 534	04	05 11:30-12:20 Lecture EEB 045 OS Intro: Files M1: Slides Lecture notes 13:30-15:30 OH (ok) CSE 002	06 Section Project 0 and shells Slides 14:30-16:30 OH (ja) CSE 022	07 11:30-12:20 Lecture EEB 045 OS Intro: Naming / Files Lecture notes 23:59 Project 0 due
10 Project 1 out 11:30-12:20 Lecture EEB 045 Naming / Files Chapter 2.1 M1.5: Slides 13:00-14:00 OH (jz) CSE 534	11	12 11:30-12:20 Lecture EEB 045 Threads Chapter 2 M2: Slides 13:30-15:30 OH (ok) CSE 002	13 Section Project 1 Slides 14:30-16:30 OH (ja) CSE 022	14 11:30-12:20 Lecture EEB 045 Synchronization Chapter 2 M3: Slides
17 11:30-12:20 Lecture EEB 045 Locks / Races Chapter 2 M3: Slides 12:30-13:20 OH (jz) CSE 534	18	19 11:30-12:20 Lecture EEB 045 Locks / Races / Deadlock Chapter 2 M3: Slides 13:30-15:30 OH (ok) CSE 002	20 Section Process and threads Slides 14:30-16:30 OH (ja) CSE 022	21 11:30-12:20 Lecture EEB 045 Vector Clocks / Semaphores Lecture notes
24 Project 2 out 11:30-12:20 Lecture EEB 045 Semaphores Lecture notes 13:00-14:00 OH (jz) CSE 534 23:59 Project 1 due	25	26 11:30-12:20 Lecture EEB 045 Condition Variables Lecture notes 13:30-15:30 OH (ok) CSE 002	27 Section TBD 14:30-16:30 OH (ja) CSE 022	28 11:30-12:20 Lecture EEB 045 Deadlock Lecture notes
31 11:30-12:20 Lecture EEB 045 Thread switching / Signals / DLLs Chapter 3.1.2, 2.2.5, 3.4.2, More Most of the concepts in Chapter 3 are covered in CSE 351. Beyond the two subsections listed explicitly, you can read all of Chapter 3 for review, or just as-needed if you find you need some of the Linux-y details it contains that weren't covered in 351. We'll spend class time only on the two topics listed. Lecture notes 13:00-14:00 OH (jz) CSE 534	01	02 11:30-12:20 Lecture EEB 045 Signal Return Additional (optional) reading Lecture notes 13:30-15:30 OH (ok) CSE 002	03 Section Midterm review 14:30-16:30 OH (ja) CSE 022	04 11:30-12:20 Lecture EEB 045 Dynamic Linked Libraries Chapter 3.4.2 23:59 Project 2A due

November
Monday	Tuesday	Wednesday	Thursday	Friday
07 11:30-12:20 Midterm exam Material The midterm will be based on material from the textbook readings, lectures, sections, and homeworks. You may be asked to read or write code. When writing code, you aren't expected to remember little details that you could look up easily (e.g., the exact order the arguments to some four argument function). Forgetting that the function exists at all, or fundamentally misconstruing what it does, does affect grade, though. Questions will be in the format of my past exams, which are posted on past 451 webs. Answer key Grade histogram 13:00-14:00 OH (jz) CSE 534	08	09 11:30-12:20 Lecture EEB 045 OS Design: Low Level Buffering Chapter 4.1.1-4.1.2 Lecture notes 13:30-15:30 OH (ok) CSE 002	10 Section Midterm Q&A 14:30-16:30 OH (ja) CSE 022	11 Veterans Day
14 11:30-12:20 Lecture EEB 045 OS Design: Low Level Buffering Chapter 4.1.1-4.1.3 Lecture notes 13:00-14:00 OH (jz) CSE 534	15	16 11:30-12:20 Lecture EEB 045 Storage: Main Memory Chapter 4.1.4 Lecture notes 13:30-15:30 OH (ok) CSE 002	17 Section TBD 14:30-16:30 OH (ja) CSE 022	18 11:30-12:20 Lecture EEB 045 Storage: File Systems Chapter 4.1.4 Lecture notes
21 11:30-12:20 Lecture EEB 045 Virtual Machines Chapter 4.2.1 Lecture notes 13:00-14:00 OH (jz) CSE 534	22 23:59 Project 2B due	23 11:30-12:20 Lecture EEB 045 Holiday Lecture: Determinator Efficient System-Enforced Deterministic Parallelism This material will not appear on any exam or assignment. 13:30-15:30 OH (ok) CSE 002	24 Thanksgiving	25 Thanksgiving
28 Project 3 out 11:30-12:20 Lecture EEB 045 File Systems Chapter 6.1, 6.3 Lecture notes 13:00-14:00 OH (jz) CSE 534	29	30 11:30-12:20 Lecture EEB 045 FS: Performance Chapter 6.1, 6.3 Lecture notes 13:30-15:30 OH (ok) CSE 002	01 Section TBD 14:30-16:30 OH (ja) CSE 022	02 11:30-12:20 Lecture EEB 045 FS: Crash Relience Chapter 6.2 Lecture notes

December
Monday	Tuesday	Wednesday	Thursday	Friday
05 11:30-12:20 Lecture EEB 045 Journaling FS / RAIDs Chapter 6.4, 5.3 Lecture notes 12:30-13:00 OH (jz) CSE 534	06	07 11:30-12:20 Lecture EEB 045 Processor Scheduling Lecture notes 13:30-15:30 OH (ok) CSE 002 23:59 Project 3 due	08 Section TBD 14:30-16:30 OH (ja) CSE 022	09 11:30-12:20 Lecture EEB 045 Stride Scheduling Section 5.3.1 through 5.3.1.5 Lecture notes
12	13 17:00-19:00 Q&A Session EEB 037	14 14:30-16:20 Final exam Grade histogram	15	16