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CS385 - Operating Systems Concepts and Design

CS385 has CS361 Computer Systems as a prerequisite. To brush up on your systems programming skills, please see the recorded CS361 lectures from fall 2013.

The class discussion forum is hosted on Piazza. This will be used for all class communication aside from this website and the classroom.

Lecture Recordings and Reading Assignments

# Date TopicSorted descending Suggested Reading
4 1/19 xv6 initialization, interrupt handling main(), trap() and functions called by these. OSPP 2.2-2.5
7 1/31 virtual memory contd. OSPP Ch 8
19 4/4 synchronization wrap-up  
17 3/28 signals  
9 2/7 modes of mmap operation, and page replacement "man mmap()", OSPP on page replacement
8 2/2 mmap, hw4 and virtual memory stack recap OSPP Ch 8
16 3/2 midterm review and hw6 see above
14 2/23 midterm discussion, process scheduling  
28 ?? lec28  
27 ?? lec27  
26 4/27 lec26  
25 4/25 lec25  
24 4/20 lec24  
23 4/18 lec23  
22 4/13 lec22  
21 4/11 lec21  
15 2/28 intro to threads vs. processes  
20 4/6 intro to file systems OSPP on file systems
1 1/10 Intro to CS385  
18 3/30 hw7, and synchronization  
11 2/14 hw5 discussion, process switching intro OSPP 4.6
3 1/17 hw2, boot sector programming, gdb, segmented addressing memory addressing modes in OSPP, Ch. 8
12 2/16 first process and fork() userinit, sys_fork()
6 1/26 executable, object files, linking review. intro to virtual memory try your own objdump --disassemble and readelf -a on files, try to understand the details. OSPP on page tables and memory management OSPP Ch 8
10 2/9 dynamic linking this page, Bryant & O'Hallaron (from CS361) 7.10, 7.12
5 1/24 drivers and system calls in the xv6 booklet, follow the code from a userspace printf() all the way to the first character of the string appearing on the screen. system calls start in trapasm.S. OSPP 2.6
13 2/21 detailed process switching run-through scheduler(), sched(), swtch.S
2 1/12 BIOS routines and the boot sector bootasm.S and bootmain.c in source code. OSPP 2.9.

notes from the screen

These are the notes written on the screen during lecture. Hardly lecture notes, but somebody asked for them.

future reading

To read ahead of lecture and be a little better prepared, read the (OSPP) textbook sections in the order below.

  • S 2-2.6
  • S 8-8.3
  • S 9-9.7
  • TBA

Most lectures will be recorded and posted here.

Literature references
OSPP: Operating Systems - Principles and Practice 2/e, Anderson and Dahlin
xv6 rev 8 source code
xv6 commentary
Below is a list of topics to be covered, in tentative order.

Boot, BIOS and Real Mode
OS Initialization and Protected Mode
Processes and Threads
Interrupts / Exceptions and System Calls
Virtual Memory
Context Switching and Scheduling
Concurrency in the Kernel
File Systems and Permanent Storage
Authentication and Access Control
Virtualization
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Topic revision: r7 - 2014-12-27 - 22:19:15 - Main.jakob
 
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