Operating system concepts-3

Master the basics of Operating System memory management, virtual memory, page replacement, thrashing from scratch.
4.91 (17 reviews)
Udemy
platform
English
language
Operating Systems
category
Operating system concepts-3
937
students
3.5 hours
content
Mar 2023
last update
$19.99
regular price

Why take this course?

🌟 Operating System Concepts - Master the Essentials! 🌟


Course Title:

Operating System Concepts - 3

Course Headline:

Master the Basics of Operating System Memory Management, Virtual Memory, Page Replacement, and Thrashing from Scratch!


🎉 Ace Your Knowledge in OS Memory Management! 🚀

Are you ready to demystify the intricacies of how operating systems manage memory? With Aditya Mishra (Ph.D.) at the helm, this course will equip you with a deep understanding of OS memory management, paging, virtual memory, page replacement, and thrashing. You'll be able to tackle these topics with confidence in competitive exams, job interviews, or your own OS course exams!


Unlock the Secrets Behind:

  • How OS presents an illusion of infinite memory to users.
  • Executing processes larger than RAM through virtual memory.
  • The origin of memory addresses and their management.
  • Keeping multiple processes in RAM for execution.
  • Making room for new processes when the RAM is full.
  • The repercussions of too many processes in the RAM (thrashing).

What You'll Learn:

This course will dive into the following topics with precision and clarity:

  1. Memory Management Terminology
  2. Where do memory addresses come from?
  3. Required memory management properties
  4. Simple memory allocation schemes
  5. Memory fragmentation (both internal and external)
  6. Paging: Key concepts, how it works, and address translation
  7. Paging hardware mechanisms
  8. Memory address translation by paging hardware
  9. Efficient paging systems without division
  10. TLB cache functionality and performance implications
  11. Initializing memory when a process starts
  12. Context switches with paging
  13. Memory sharing through paging
  14. Demand paging, its workings, and implementation
  15. Swap space and its role in demand paging
  16. Performance implications of demand paging and TLB cache updates
  17. Page Replacement Algorithms: FIFO, MIN, Random, LRU, and understanding Belady's anomaly
  18. Conceptualizing thrashing and strategies to limit it
  19. The concept and significance of the working set

Exclusive Offer:

  • 30 day money back guarantee by Udemy - Enroll with confidence, knowing your investment is protected!

Wisdom Scholarships:

Can't afford the course? Apply for a Wisdom scholarship at my website and seize this opportunity to learn without financial constraints. 📚✨


Embark on your journey to mastering operating systems with this comprehensive course. Whether you're a student, a professional, or an OS enthusiast, this course will provide you with the knowledge and skills necessary to excel in understanding and managing memory in operating systems. Join us now and transform your grasp of OS concepts! 💻🚀

Course Gallery

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Related Topics

4968604
udemy ID
08/11/2022
course created date
18/11/2022
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