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UNIVERSITI PUTRA MALAYSIA
FAKULTI SAINS KOMPUTER DAN TEKNOLOGI MAKLUMAT
TEACHING PLAN
Course Title
:
Operating System
(Sistem Pengoperasian)
Course Code
:
SAK 2309
Credit
:
3 (3+0)
Semester
:
Semester I 2010/2011
Prerequisite
:
SAK1207
Coordinator
:
Dr. Nur Izura Udzir (03-89466521, [email protected])
Objectives:
At the end of this course, students obtain:
1. basic knowledge and understanding regarding operating systems and functions performed;
pengetahuan dan kefahaman asas berkenaan sistem pengoperasian dan fungsi-fungsi yang
dijalankan;
2. understanding on the detail concepts related to the main components in an operating systems
design;
kefahaman mengenai konsep terperinci berkenaan komponen utama di dalam satu reka bentuk
sistem pengoperasian;
3. the skills to perate computer systems and perform its handling processes.
kemahiran untuk mengoperasi sistem komputer dan menjalankan proses pengendaliannya.
Synopsis:
This course will give the basic concepts on what an operating system (OS) is, its functions and main
components. Topics that will be given emphasis include the history and evolution of OS, main
components in the design of an OS, basic concepts and functions of process management, process
scheduling algorithms, basic concepts and functions of storage management, basic concepts and
virtual memory and filing systems, system security and basic concepts of distributed system
management. Study of a few OS such as UNIX and MSDOS will be carried out.
(Kursus ini akan memberikan konsep asas berkenaan apakah sistem pengoperasian (operating
system(OS)), fungsi dan komponen utamanya. Topik yang akan diberikan penekanan termasuk
sejarah dan perkembangan OS, komponen utama di dalam reka bentuk OS, konsep asas dan fungsi
pengurusan proses, algoritma pengskedulan proses, konsep asas dan fungsi pengurusan storan
atau ingatan, konsep asas dalam pengurusan ingatan maya dan sistem fail, sistem keselamatan dan
konsep asas pengurusan sistem teragih. Kajian berkenaan beberapa OS seperti UNIX dan MSDOS
akan dijalankan.)
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Course Contents:
Week
Topic
1
Chapter 1: Introduction
 Operating-System Structure and Operations 
 Computer-System Organization and

Architecture

 System Boot

Registers
Interrupts
Operating System Operations
Computing Environments
Chapter 1: Introduction (cont’d)
 Operating System Services
 Microkernels


System Calls
System Programs
3
Chapter 2: Processes
 Process Concept
 Process Scheduling
 Operations on Processes




Cooperating Processes
Interprocess Communication
Threads
Threading Issues
4
Chapter 3: Uniprocessor Scheduling
 Scheduling Criteria
 Scheduling Algorithms
5
Chapter 3: Uniprocessor Scheduling (cont.)
 Scheduling Algorithms
 Multiple-Processor Scheduling
 Real-Time Scheduling
2
TEST 1
6
Chapter 4: Deadlock
 Principles of Deadlock
 Deadlock Prevention
 Deadlock Avoidance
7
Chapter 4: Deadlock (cont’d)
 Deadlock Detection
 Recovery from Deadlock
8
Chapter 5: Memory Management
 Swapping
 Contiguous Allocation
 Paging


Segmentation
Segmentation with Paging
Chapter 6: Virtual Memory
 Demand Paging
 Page Replacement

Demand Segmentation


Transforming I/O Requests to Hardware
Operations
Performance
TEST 2

Disk Management
9
10
11
Chapter 7: I/O Systems
 I/O Hardware
 Categories of I/O Devices
 Direct Memory Access
 Kernel I/O Subsystem
Chapter 8: Secondary-Storage Structure
 Mass Storage Structure
2


12
13
14


Stable-Storage Implementation
Tertiary Storage Devices
Chapter 9: File Management
 File Concept
 Access Methods
 File Organization


Directory Structure
File Sharing
Chapter 9: File System Implementation
 File Allocation Methods
 File Access and Protection
 Free-Space Management



Efficiency and Performance
Recovery
Log-Structured File Systems



Intrusion detection
Malicious programs
Antivirus approaches
Disk Structure
Disk Scheduling
Chapter 10: Protection
 Types of threats
 Communication lines and network attacks
 Methods for Protection
Assessments:
1.
2.
3.
4.
5.
Quizzes
Group Assignments
Test 1
Test 2
Final Examination
Assessment
Test 1
: 10%
: 10%
: 20%
: 20%
: 40%
Percentage
20%
Topics
Chapters 1 - 3
Format
Structured questions
Test 2
20%
Chapters 4 - 5
Structured and applications
(algorithm) questions
Final exam
40%
Chapters 1 - 11
Structured and applications
(algorithm) questions
Group Assignment
10%
Case study on a chosen OS
or lab assignments
Written report and presentation
Quiz
10%
Carried out at the end of each
chapter to assess the students’
understanding of the lessons.
Prepared by the instructor, e.g.:
- multiple choice questions
- true/false questions
- Structured questions
Reference Books:
1. Silberschatz, A., Galvin, P.B. & Gagne, G. 2010. Operating System Concepts. 8th Edition, Wiley.
2. Stallings, W. 2009. Operating Systems: Internals and Design Principles, 6th Edition, Pearson.
3. Tanenbaum, A.S. 2009. Modern Operating Systems, 3rd Edition, Pearson.
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