ENGINEERING PPT: Operating System Design

CS 472 Operating System Design

CS 472 Operating Systems Design

CRN 22873: TR 4:30PM – 5:45, ET 111

Instructor

Mark Temte, Ph.D.

Office: ET-125F

Office hours: MW 3:00 PM – 4:15, TR 1:30 PM – 2:45

Phone: 260-481-6181

E-mail: temte@ipfw.edu

Course web site: users.ipfw.edu/temte/

Course Description

P: CS 260 and CS 271. The objective of this course is an understanding the fundamental concepts underlying contemporary operating systems. Attention will be given to the topics indicated in the tentative schedule below.

Course Learning Outcomes

(These support the ABET Program Outcomes found at the end of the syllabus, as indicated by the letters in parentheses.)

Upon successful completion of the course requirements, a student should be able to:

1. Describe the basic resource management responsibilities of an operating system (a).

2. Describe the concept of a process and list the various process state transitions (a).

3. Distinguish between a process and a thread (a, j).

4. Analyze a concurrent programming application and apply appropriate techniques to avoid control problems: mutual exclusion, deadlock, and starvation (b, c, i, k).

5. Describe or apply virtual memory concepts (a, b, j).

6. Describe scheduling policies appropriate for both uniprocessor and multiprocessor systems (a, i, j, k).

7. Describe or apply the various disk scheduling techniques (a, b, i, j, k).

8. Describe or apply basic algorithms associated with distributed process management (a, b, i, k).

9. Design and implement a concurrent programming application using only semaphores for process control (b, c, i, k).

10. Design and implement a concurrent programming application in the Ada language using the message-passing protocol with advanced control features (b, c, i, k).

11. Design and implement a concurrent programming application using a monitor for process control (b, c, i, k).

12. Design and implement a simulation of operating an operating system feature (b, c, j, k).

Required textbook

W. Stallings, Operating Systems: Internals and Design Principles (6th edition), Pearson Education (2009). ISBN 0-13-600632-9.

Jan 12	Computer system/operating system overview	1,2
19	Process description and control	3	Note: No classes on Monday
26	Threads, SMP, and microkernels	4
Feb 2	Concurrency: mutual exclusion and synchronization	5
9	Semaphores	5
16	Message passing and the Ada rendezvous	5, sup	Test 1: Tuesday, Feb 17
23	Monitors (Lampson/Redell) and Java	5, sup
Mar 2	Classic problems in concurrency	5, 6
9			Spring break week
16	Concurrency: deadlock and starvation	6	Last day to withdraw is Friday
23	Memory management. Virtual memory.	7, 8
30	Virtual memory	8	Test 2: Tuesday, March 31
April 6	I/O management and disk scheduling. Uniprocessor scheduling.	11, 9
13	Multiprocessor scheduling. File management.	10, 12
20	Distributed processing, client/server, and clusters	14
27	Distributed process management	15
May 4	Final Exam: Thursday, May 7 4:00 PM – 6:00, ET 111