Warning: This is an OUTLINE only; it is expected that you will still need to take notes.

Topics

• Intro Basics
• Function of Operating Systems
• OS Tasks
• Variation in Standard Services
• Quick History
• Evolution of OS Concepts

Lecture 2

• OS and Hardware Development
• Interrupt Handling
• Memory Protection

Lecture 3

• SVCS Basics
• OS Services
• System Structure
• Miscellaneous Concepts

Lecture 4

• Process Basics
• Process Management
• Schedulers
• Scheduling Basics

Lecture 5

• Real Time Scheduling

Lecture 6

• Thread Basics
• Threads and Light Weight Processes
• Communication Among Processes
• GUI's

Lecture 7

• Process Synchronization
• Critical Section Problem

Lecture 8

• Process Synchronization Tools
• Tasking in Ada example code

Lecture 9

• Language-based Tools for Critical Sections

Lecture 10

• Deadlock Basics
• Deadlocks

Lecture 11

• Memory Basics
• Memory Management
• Memory Allocation Schemes
• Segmentation

Lecture 12

• VM Basics
• More Virtual Memory
• Page Replacement
• Real Systems

Lecture 13

• I/O Basics
• I/O Systems

Lecture 14

• Distributed Systems
  • Network topologies
  • Naming
  • Contention
  • Network Operating Systems
  • Distributed Operating Systems
  • Remote Procedure Call

Lecture 15

• Distributed Coordination
  • Timing Events
  • Mutual Exclusion

Lecture 16

• File System Basics
• Mass Storage Basics
• File System Implementations
• Disk Allocation Methods
• Directories LI>Disk Scheduling
• Swap Space Management
• Inodes
• Performance

Lecture 17

• DFS Basics
• Distributed File System
  • Terminology
  • Naming and Transparency
  • Remote File Access
  • Stateful/Stateless Service
  • Network File System
  • Vnodes

Lecture 18

• Protection Basics
• Security Basics
• Protection and Security
• Access Domains
• Access Matrix
• Firewalls
• Encryption
• Threats
• Evaluation of Protection Mechanisms

Lecture 19

• UNIX Systems
  • History
  • Design Principles
  • Programmer Interface
  • Files
  • Processes
  • Signals
  • LINUX

Lecture 20

• Windows 2000, XP and Vista, Windows 7/8/10 Systems
  • Design Principles
  • Programmer Interface
  • Files
  • Processes
  • CPU Scheduling
  • Memory Mgmt

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