Operating Systems Course Ace Interview Questions In 30 Days

What you'll learn
Build SOLID Foundation with core concepts of Operating Systems
$100 Worth of resources including Notes and Interview Questions
Crack Technical Interview Rounds of Product Based Companies
Learn Powerful concepts that will make you software engineer EVEN if you have no Computer Science degree
Requirements
A computer (Windows/Mac/Linux) with access to the internet. That's it!
Description
COMPLETE Beginner to Expert Guide to Crack Technical Interview THIS YEAR with Operating Systems EVEN WITH Zero KnowledgeDid you know that companies like Adobe, Commvault and Amazon Web Services focus on Operating Systems during technical interviews?The problem is that everyone you know (your friends, family, professors, co-workers, etc) don't even know about it!They tell you to.Work your butt off in school from age 4 - 22+.Graduate from a "prestigious" university with an overpriced degree (which holds less weight than ever before).Just Focus on coding.Take your final breath full of regret.This sounds pretty depressing, doesn't it?Yet, most people would feel privileged to live a life like this.If you want more out of life, there is a better way.Let me introduce you to The Amazing Escape Plan.In this comprehensive, course, you are going to gain knowledge on EVERY SINGLE topic that YOU need to achieve that dream job of yours starting THIS YEAR through.MULTITASKING VS MULTITHREADINGCONTEXT SWITCHINGPROCESS SCHEDULING ALGORITHMSCONCURRENCYDEADLOCKSMEMORY MANAGEMENTPAGING & PAGE REPLACEMENT ALGORITHMSTHRASHINGEVEN MORE content not found anywhere else!30 DAY GUARANTEE: If this course doesn't completely change the trajectory of your life, Udemy will refund your entire purchase within 30 days.You have nothing to lose and so much to gain!ADD TO CART now and get closer to a freer, happier life than ever before.
Overview
Section 1: Getting Started
Lecture 1 Introduction
Lecture 2 How to Get all the free Stuff!
Section 2: Day 1 - Introduction to Operating Systems
Lecture 3 Introduction to Operating Systems
Section 3: Day 2 - Types of Operating Systems
Lecture 4 Types of Operating Systems
Section 4: Day 3 - Multithreading vs Multitasking
Lecture 5 Multithreading vs Multitasking
Section 5: Day 4 - Components of Operating Systems
Lecture 6 Components of Operating Systems
Section 6: Day 5 - System Calls
Lecture 7 System Calls
Section 7: Day 6 - How OS Boots Up
Lecture 8 How OS Boots Up
Section 8: Day 7 - 32 Bit vs 64 Bit Architecture
Lecture 9 32 Bit vs 64 Bit Architecture
Section 9: Quick Reminder!
Lecture 10 Quick Reminder!
Section 10: Day 8 - Storage Devices
Lecture 11 Storage Devices
Section 11: Day 9 - How OS Creates Process
Lecture 12 How OS Creates Process
Section 12: Day 10 - Life Cycle of a Process
Lecture 13 Life Cycle of a Process
Section 13: Day 11 - Context Switching in OS
Lecture 14 Context Switching in OS
Section 14: Day 12 - Process Scheduling, FCFS, Convoy Effect
Lecture 15 Process Scheduling, FCFS, Convoy Effect
Section 15: Day 13 - Shortest Job First Algorithm
Lecture 16 Shortest Job First Algorithm
Section 16: Day 14 - MLQ & MLFQ
Lecture 17 MLQ & MLFQ
Section 17: Day 15 - Concurrency
Lecture 18 Introduction to Concurrency
Section 18: Day 16 - Critical Section
Lecture 19 Critical Section Problem
Section 19: Day 17 - Semaphores
Lecture 20 Semaphores & Conditional Variables
Section 20: Day 18 - Producer Consumer Problem
Lecture 21 Producer Consumer Problem
Section 21: Day 19 - Reader Writer Problem
Lecture 22 Reader Writer Problem
Section 22: Day 20 - The Dining Philosopher's Problem
Lecture 23 The Dining Philosopher's Problem
Section 23: Day 21 - Introduction to Deadlocks
Lecture 24 Deadlocks
Section 24: Day 22 - Deadlock Avoidance, Prevention, Recovery
Lecture 25 Deadlock Avoidance, Prevention, Recovery
Section 25: Day 23 - Memory Management
Lecture 26 Memory Management
Section 26: Day 24 - How Operating System Manages Free Space
Lecture 27 How Operating System Manages Free Space
Section 27: Day 25 - Paging
Lecture 28 Paging
Section 28: Day 26 - Segementation
Lecture 29 Segementation
Section 29: Day 27 - Virtual Memory
Lecture 30 Virtual Memory
Section 30: Day 28 - Page Replacement Algorithms
Lecture 31 Page Replacement Algorithms
Section 31: Day 29 - Thrashing
Lecture 32 Thrashing
Section 32: Day 30 - Practice!
Lecture 33 Leetcode!
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