Computer Systems Laboratory

• Robert Love, Linux Kernel Development, 3rd edition, Addision-Wesley.
• Wolfgang Mauerer, Professional Linux Kernel Architecture, Wrox.
• Daniel P. Bovet and Marco Cesati, Understanding the Linux Kernel, 3rd edition, O'reilly.

• Team projects: 90% (per team) (team table)
  • At most 3 persons in a team
  • Project 0: Environment setup (pdf)
  • Project 0.5: Start up (pdf)
  • Project 1: Virtual memory (pdf)
    • (tester code)
    • (mmap slide) (device driver slide)
  • Project 2: Flash caching (pdf)
  • Project 3: Toy file system (pdf)
• Presentation: 10% (per person)
  • One presentation per team in each week.
  • Presentation should contain the progress of the project, problems you met, and discussions.
• Notice
  • For project 1, we allow only one presenter for each presentation.
  • If the prepared presentation is good, the presenter will get the bonus.
  • Because of general election, intermediate presentations for project 1 are delayed until next monday(4/18).
  • Submission due of project 1 is 5/1(~23:59). You MUST prepare your final presentation until 5/2(Monday).
  • Project 2 is up.
  • Submission due of project 2 is 5/29(~23:59). You MUST prepare your final presentation until 5/30(Monday).
  • Each team can use up to 4 tokens (token/day) to postpone the due date of the final submission without any penalty.

• Bon Keun Seo (#400621)
• Sangwook Kim (#400621)
• Sung-hun Kim (#85533)

• 1. Introduction to Linux Kernel (pdf)
• 2. Task, scheduler, system call and interrupt (task.pdf) (scheduler.pdf) (syscall_int.pdf)
• 3. Memory management and virtual memory (mm_d1.pdf) (mm_d2.pdf) (ma_d1.pdf) (ma_d2.pdf) (mr_d1.pdf)

(mmap_pf.pdf)

• 4. Block I/O layer and device mapper (blockio.pdf) (dm.pdf)
• 5. Virtual file system and ext4fs (fs_concept.pdf) (vfs.pdf) (cache_journalling.pdf)

• course forum
• (flashLinux HowTo Δ)

• Mon, Wed 10:30~11:30