Lectures - CSCI 402, Summer 2013, MW Section

• Lecture 1 (PDF) (6-up PDF) (May 22, 2013) - administrative, warmup #1, introduction, a simple OS (Ch 1)
• (May 27, 2013) - memorial day (holiday)
• Lecture 2 (PDF) (6-up PDF) (May 29, 2013) - a simple OS (Ch 1)
• Lecture 3 (PDF) (6-up PDF) (Jun 3, 2013) - a simple OS (Ch 1), thread creation, termination, synchronization (Ch 2)
• Lecture 4 (PDF) (6-up PDF) (Jun 5, 2013) - thread creation, termination, synchronization (Ch 2), warmup #2, thread safety, deviations (Ch 2)
• Lecture 5 (PDF) (6-up PDF) (Jun 10, 2013) - deviations (Ch 2), context switching (Ch 3)
• Lecture 6 (PDF) (6-up PDF) (Jun 12, 2013) - kernel assignments, context switching, I/O, dynamic storage allocation (Ch 3)
• Lecture 7 (PDF) (6-up PDF) (Jun 17, 2013) - dynamic storage allocation, static linking and loading, booting (Ch 3), a simple system (Ch 4)
• Lecture 8 (PDF) (6-up PDF) (Jun 19, 2013) - a simple system (Ch 4)
• Lecture 9 (PDF) (6-up PDF) (Jun 24, 2013) - threads implementations, interrupts (Ch 5)
• (Jun 26, 2013) - midterm exam
• Lecture 10 (PDF) (6-up PDF) (Jul 1, 2013) - interrupts (Ch 5), files (Ch 1)
• Lecture 11 (PDF) (6-up PDF) (Jul 3, 2013) - files (Ch 1), the basics of file systems, crash resiliency (Ch 6)
• Lecture 12 (PDF) (6-up PDF) (Jul 8, 2013) - crash resiliency, directories and naming, RAID (Ch 6)
• Lecture 13 (PDF) (6-up PDF) (Jul 10, 2013) - RAID, flash memory, case studies (Ch 6), virtual memory (Ch 7)
• Lecture 14 (PDF) (6-up PDF) (Jul 15, 2013) - virtual memory, OS issues (Ch 7)
• Lecture 15 (PDF) (6-up PDF) (Jul 17, 2013) - OS issues (Ch 7) devices, virtual machines (Ch 4)
• Lecture 16 (PDF) (6-up PDF) (Jul 22, 2013) - virtual machines, microkernels (Ch 4), scheduling (Ch 5)
• Lecture 17 (PDF) (6-up PDF) (Jul 24, 2013) - scheduling (Ch 5), shared libraries (Ch 3), buffer overflow (Ch 8)
• (Jul 29, 2013) - final exam (firm)

• Administrative
  • course administration (PDF) (6-up PDF)
  • housekeeping (PDF) (6-up PDF)

• Programming Assignments
  • warmup #1 (PDF) (6-up PDF)
  • warmup #2 (PDF) (6-up PDF)
  • kernel assignments (PDF) (6-up PDF)

• Ch 1 - Introduction
  • introduction (PDF) (6-up PDF)
  • a simple OS (PDF) (6-up PDF)
  • files (PDF) (6-up PDF) (will go over this after Ch 5)

• Ch 2 - Multithreaded Programming
  • thread creation, termination, synchronization (PDF) (6-up PDF)
  • thread safety, deviations (PDF) (6-up PDF)

• Ch 3 - Basic Concepts
  • context switching, I/O (PDF) (6-up PDF)
  • dynamic storage allocation (PDF) (6-up PDF)
  • static linking and loading, booting (PDF) (6-up PDF)
  • shared libraries (PDF) (6-up PDF) (will go over this 4th after Ch 7)

• Ch 4 - Operating-System Design
  • a simple system (PDF) (6-up PDF)
  • devices (PDF) (6-up PDF) (will go over this first after Ch 7)
  • virtual machines, microkernels (PDF) (6-up PDF) (will go over this 2nd after Ch 7)

• Ch 5 - Processor Management
  • threads implementations (PDF) (6-up PDF)
  • interrupts (PDF) (6-up PDF)
  • scheduling (PDF) (6-up PDF) (will go over this 3rd after Ch 7)

• Ch 6 - File Systems
  • the basics of file systems (PDF) (6-up PDF)
  • crash resiliency (PDF) (6-up PDF)
  • directories and naming, RAID, flash memory, case studies (PDF) (6-up PDF)

• Ch 7 - Memory Management
  • virtual memory (PDF) (6-up PDF)
  • OS issues (PDF) (6-up PDF)

• Ch 9 - Networking
  • networking protocols (PDF) (6-up PDF)
  • remote procedure call (PDF) (6-up PDF)

• Ch 10 - Distributed File Systems
  • distributed file systems, consistencies, NFSv2 (PDF) (6-up PDF)
  • CIFS, DFS, NFSv4 (PDF) (6-up PDF)

• Ch 8 - Security
  • threats (PDF) (6-up PDF)
  • access control (PDF) (6-up PDF)
  • serious security (PDF) (6-up PDF)

Week #	Dates	Topics	Comments
1	5/22,5/27	administrative (Ch 1) introduction, a simple OS	(warmup #1 starts)
2	5/29,6/3	(Ch 2) thread creation, termination, synchronization, thread safety, deviations
3	6/5,6/10	(Ch 3) context switching, I/O, dynamic storage allocation, linking, loading, booting	(warmup #2 starts)
4	6/12,6/17	(Ch 4) a simple system
5	6/19,6/24	(Ch 5) threads implementations, interrupts, scheduling	(kenel #1 starts)
6	6/26 7/1	midterm exam (Ch 6) the basics of file systems, crash resiliency, directories and naming, RAID, flash memory, case studies
7	7/3,7/8	(Ch 7) virtual memory, OS issues	(kenel #2 starts)
8	7/10,7/15	(Ch 4.2) virtual machines, microkernels (Ch 9) networking protocols
9	7/17,7/22	(Ch 9) remote procedure call (Ch 10) distributed file systems, consistencies, NFSv2, CIFS, DFS, NFSv4	(kenel #3 starts)
10	7/24 7/29	(Ch 8) threats, access control, serious security final exam