Operating System Chapter 01: What is Operating System? Chapter 02: What are the types of operating System? Chapter 03: Multi-tasking and Multi-threading? Chapter 04: Components of Operating System? Chapter 05: System calls (Theory and Practical)? Chapter 06: How operating system Boots up? Chapter 07: What is the difference between 32-bit and 64-bit? Chapter 08: Different Storage in computer? Chapter 09: How OS creates process? Process in OS? Chapter 10: What are different states of Process? Chapter 11: Context Switching? Medium term scheduling? | Orphan/Zombie Process Chapter 12: What is convoy effect? | FCFS CPU scheduling algorithm? Chapter 13: Shortest Job first Priority algorithm? | Round Robin scheduling algorithm? Chapter 14: Multilevel Queue scheduling algorithm? | MLFQ | Comparison CPU of scheduling algorithm Chapter 15: What is Concurrency? | Multi-threading in C++? Chapter 16: Critical section Problem? | Race condition problem Chapter 17: Conditional Variable and Semaphores to synchronize threads? Chapter 18: Producer Consumer Problem and its solution Chapter 19: The reader-writer problem and its solution Chapter 20: The dining philosopher problem and its solution Chapter 21: What is Deadlock | Necessary conditions | handling method | part-1 Chapter 22: Deadlock Avoidance | Deadlock Detection and Recovery | part-2 Chapter 23: Solving LeetCode problem on Concurrency? Chapter 24: Memory Management System | Contiguous Memory allocation Chapter 25: How OS manages free space? Chapter 26: What is paging? | Non-contiguous memory allocation Chapter 27: What is segmentation? | Non-contiguous memory allocation Chapter 28: What is virtual Memory? | page fault in OS? Chapter 29: Page Replacement algorithm? | How to implement LRU algorithm? Chapter 30: What is thrashing? | Important Interview Questions Chapter 31: Bonus: Solving LeetCode problem on Concurrency?