Temuult/OperatingSystem

Operating System, 2019 Spring

Operating System, 2019 Spring

• Meetings
  • ITP30002-02 🕐 Tue/Fri, 1PM-2:15PM 🚪 OH 401
  • ECE30021-02 🕑 Tue/Fri, 2:30PM-3:45PM 🚪 OH 401
• Instructor: Shin Hong https://hongshin.github.io 📧 hongshin@handong.edu 🚪 OH 313
• Teaching assistants
  • Jeewoong Kim 📧 jeewoong@handong.edu https://arise.handong.edu
  • Juyoung Jeon 📧 21931009@handong.edu https://arise.handong.edu
  • Hyerin Lim 📧 21600602@handong.edu
• Class polices: POLICY.md

Learning Materials

Textbook

Operating System Concepts, 9/E, International Student Version authored by Abraham Silbershatz, Peter B. Galvin and Greg Gagne. You can find this book in Handong Book on campus. It is mandatory for each class participant to equip this main textbook: it will be assumed that each student has a textbook for doing homework, programming assignments, etc.

Online Channels

• Piazza for news and Q&A
  • ITP30002-02 https://piazza.com/configure-classes/spring2019/itp3000202
  • ECE30021-02 https://piazza.com/configure-classes/spring2019/ece30021
• Hisnet for online attendance check & homework/assignment submission
• This webpage for lecture notes, homework resources, etc.

Useful Links

• For studying Linux command lines
  • The Linux command line by William Shotts http://linuxcommand.org/tlcl.php
  • Linux command line basis @ Udacity https://www.udacity.com/course/linux-command-line-basics--ud595
  • Practical Unix @ Stanford Univ. https://practicalunix.org/
• For studying Linux programming
  • Linux man pages https://linux.die.net/man/
  • GNU C library https://www.gnu.org/software/libc/manual/
  • Advanced Linux programming http://www.makelinux.net/alp/
  • The Linux Programming Interface http://man7.org/tlpi/code/online/all_files_by_chapter.html

Lecture Notes

• Course overview
• Chapter 1. Introduction
  • Syscall examples
• Chapter 2. System Structure
• Chapter 3. Process
  • Fork examples
  • IPC examples
• Chapter 4. Multithreaded Programming
  • PThread examples
• Chapter 5. Process Scheduling
• Chapter 6. Synchronization
• Midterm exam (Apr 19) [pdf]
• Deadlock detection
• Chapter 8. Memory Management
  • Build
• Chapter 9. Virtual Memory

Assignments

• PA1. LKM Rootkit (due on Apr 1) [desc] [examples]
• PA2. InstaGrap (due on Apr 26) [desc] [sample problem] [testcases]
• PA3. Dynamic Deadlock Detection and Prediction (due on May 31) [desc] [runtime interpositioning] [deadlock examples]
• PA4. Smalloc: Simple Dynamic Memory Allocation Library (due on June 15) [desc] [smalloc-1.0]