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Syllabus 

Course Learning Outcomes

Textbook

Slides

Introduction

• • required reading: textbook chapter 1

OS Structure

• • required reading: textbook chapter 2

Processes

• • required reading: textbook, chapter 3

Threads

• • required reading: textbook, chapter 4

CPU Scheduling

• • required reading: textbook chapter 5

Process Synchronization

• • required reading: textbook chapter 6

Deadlocks

• • required reading: textbook chapter8

Main Memory

• • required reading: textbook chapter 9

Virtual Memory

• • required reading: textbook chapter 10

Mass-Storage Systems

• • required reading: textbook chapter 11

File-System Interface 

• • required reading: textbook chapter 13

File-System Implementation

• • required reading: textbook chapter 14

I/O System

• • required reading: textbook chapter 12

 Security and Protection

• • required reading: textbook chapters 16 & 17

Mini Projects

• • CLI Project

  • CPU Scheduler Project

  • Banker Algorithm

Reviews and Cheat Sheets

• • Review 1

  • Review 2

Labs

• • Lab 1 

    • duration: 2 lab sessions

      • intro to Linux

  • Lab 2

    • duration: 1 lab session

      • intro to C

  • Lab 3

    • duration: 2 lab sessions

    • understanding fork()

  • Lab 4

    • duration: 2 lab sessions

    • understanding threads

  • Lab 5

    • duration: 1 lab session

    • fork() vs. pthread

  • Lab 6

    • duration: 2 lab sessions

    • thread synchronization using mutex

  • Lab 7

    • duration: 1 lab session

    • memory management

  • Lab 8

    • duration: 1 lab session

    • file permissions

Practice Exam Questions

• • Sample1

  • Sample2

  • Sample3

  • Sample4

  • Review Questions