OPERATING SYSTEM
4.0
(2)
38 learners
What you'll learn
This course includes
- 21.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 79 lessons • 21.5 hours of video
OPERATING SYSTEM
79 lessons
• 21.5 hours
OPERATING SYSTEM
79 lessons
• 21.5 hours
- INTRODUCTION TO OPERATING SYSTEM (DEFINITION & IMPORTANCE) 13:48
- OPERATING SYSTEM SERVICES || SERVICES PROVIDED BY OPERATING SYSTEMS 18:28
- TYPES OF OPERATING SYSTEMS || BATCH, MULTIPROGRAMMED, MULTIPROCESSING, TIME SHARING, REAL TIME etc. 15:38
- FUNCTIONS OF OPERATING SYSTEMS || MEMORY MANAGEMENT, PROCESSOR MANAGEMENT, DEVICE MANAGEMENT etc. 15:43
- WHAT IS KERNEL IN OPERATING SYSTEM || DEFINITION & IMPORTANCE OF KERNEL || OPERATING SYSTEM 07:58
- SYSTEM CALLS IN OPERATING SYSTEM || WORKING OF SYSTEM CALLS IN OS || NEED OF SYSTEM CALLS IN OS 09:30
- TYPES OF SYSTEM CALLS IN OPERATING SYSTEM || FORK( ) , EXIT( ) , WAIT( ) , KILL( ) IN OS 17:27
- SYSTEM PROGRAMS IN OPERATING SYSTEM || TYPES OF SYSTEM PROGRAMS || OPERATING SYSTEM 13:48
- OPERATING SYSTEM - PROCESS STATE TRANSITION DIAGRAM 21:33
- OPERATING SYSTEM - SCHEDULING CRITERIA 08:18
- OPERATING SYSTEM - FCFS SCHEDULING ALGORITHM 28:38
- OPERATING SYSTEM - SJF Non Preemptive ( Shortest Job First ) 17:45
- OPERATING SYSTEM - SJF Preemptive ( Shortest Job First ) 19:45
- OPERATING SYSTEM - PRIORITY SCHEDULING ALGORITHM (Non Preemptive) 19:09
- OPERATING SYSTEM - PRIORITY SCHEDULING ALGORITHM ( Preemptive ) 23:14
- ROUND ROBIN SCHEDULING ALGORITHM with TIME QUANTUM & ARRIVAL TIME - OPERATING SYSTEMS 12:29
- EXAMPLE OF ROUND ROBIN SCHEDULING - OPERATING SYSTEM 09:53
- INTRODUCTION TO THREADS IN OPERATING SYSTEM || SINGLE & MULTI-THREADED PROCESS || OPERATING SYSTEM 16:34
- Process Vs Threads in Operating System || Differences Between Process & Thread || Operating System 10:59
- User Level Vs Kernel Level Thread in Operating System || User Level & Kernel Level Threads || OS 16:10
- Thread Models in Operating System || Many to One || One to One || Many to Many || OS 11:55
- Process Synchronization in Operating System || Independent Process || Cooperative Process || OS 09:35
- PRODUCER-CONSUMER Problem || Why Process Synchronization? || Race Condition || Operating System 21:19
- CRITICAL SECTION Problem || Mutual Exclusion || Bounded Waiting || Progress || Operating System 14:39
- Semaphores in Operating System || wait , signal Procedures || Binary & Counting Semaphores || OS 19:52
- DEADLOCKS IN OPERATING SYSTEM || CONDITIONS FOR DEADLOCKS || DEADLOCK || OPERATING SYSTEM 18:35
- RESOURCE ALLOCATION GRAPH WITH EXAMPLE IN OPERATING SYSTEM || DEADLOCK DETECTION || OPERATING SYSTEM 19:11
- SCHEDULING ALGORITHMS IN OPERATING SYSTEM || FCFS || SJF || PRIORITY SCHEDULING || ROUND ROBIN || OS 02:10:17
- PAGE REPLACEMENT ALGORITHMS IN 60 MINUTES || OPERATING SYSTEM || LRU || FIFO || OPTIMAL || OS 56:25
- Peterson’s Solution Explained with Example | Critical Section in OS Simplified (2025) 18:12
- Mutex Locks in Operating Systems Explained Simply! || Operating System 10:33
- The Dining Philosophers Problem: A Classical Case of Process Synchronization in Operating Systems 18:55
- Readers-Writers Problem Explained : A Classical Case of Process Synchronization in Operating Systems 23:37
- Monitor Concept in OS || Operating System Synchronization Tutorial || Operating Systems 12:03
- Methods for Handling Deadlocks || Handling Deadlocks || Operating Systems 09:40
- Banker's Algorithm Explained: Deadlock Avoidance in Operating Systems || Operating Systems 25:42
- Deadlock Detection in Operating System - 1 || RAG & Wait-for Graph Explained || Operating System 12:29
- Deadlock Detection in Operating System - 2 || Banker's Algorithm || Operating System 13:52
- Deadlock Recovery in Operating Systems || Process Termination || Resource Preemption || OS 10:34
- Introduction to Memory Management in OS | Primary Memory | Secondary Memory | Cache | Registers | OS 12:07
- Logical Address vs Physical Address: The Key Differences | Logical Address | Physical Address | OS 10:48
- Address Binding in OS | Types of Address Binding in OS | Compile-Time, Load-Time & Execution-Time|OS 11:53
- Swapping in Operating Systems Explained in Simple Way | Swap-In and Swap-Out | OS 09:29
- Introduction to Memory Allocation Techniques in Operating Systems | Memory Management Tecchniques 10:42
- First Fit vs Best Fit vs Worst Fit | Memory Allocation Methods in Operating Systems | OS 13:17
- Fixed Partitioning in Memory Allocation | Advantages & Disadvantages Explained | Contiguous | OS 15:35
- Variable Partitioning in Memory Allocation | Advantages & Disadvantages Explained | Contiguous | OS 16:27
- Page Table in Operating System | Simple Explanation with Advantages & Disadvantages | OS 14:09
- How Multi-Level Page Tables Work? | OS Paging & Memory Management | Hierarchical Page Table | OS 18:47
- How Hashed Page Tables Work? | OS Paging & Memory Management | Hashed Page Table | OS 12:56
- How Inverted Page Tables Work? | OS Paging & Memory Management | Inverted Page Table | OS 14:11
- Copy-on-Write Explained | Virtual Memory Optimization in OS | Virtual Memory | OS 06:19
- Understanding Demand Paging & Page Faults in OS | Simplified Explanation | Virtual Memory | OS 15:44
- INTRODUCTION TO PAGE REPLACEMENT ALGORITHMS - OPERATING SYSTEMS 15:17
- FIFO PAGE REPLACEMENT ALGORITHM - OPERATING SYSTEM 13:10
- BELADY'S ANOMALY (FIFO PAGE REPLACEMENT ALGORITHM) - OPERATING SYSTEM 14:22
- LRU(LEAST RECENTLY USED) PAGE REPLACEMENT ALGORITHM - OPERATING SYSTEM 08:14
- OPTIMAL PAGE REPLACEMENT ALGORITHM - OPERATING SYSTEM 08:24
- Frame Allocation in Operating Systems Explained | Advantages & Disadvantages with Examples | OS 23:16
- Thrashing in OS : What It Is?, Why It Happens? & How to Prevent It? | OS 16:35
- Preventing Thrashing: Working Set Model & Page Fault Frequency Explained | | OS 15:15
- File & File Attributes in Operating Systems | Easy Explanation | File System | OS 11:44
- File Operations in Operating System | Create, Read, Write, Delete Explained | File System | OS 07:51
- File Accessing Methods in Operating System Explained | Sequential, Direct & Indexed | OS 11:27
- Directory Structure in Operating Systems | Hierarchical & Tree Model Explained Easy | OS 14:56
- Types of File Systems Explained in Operating Systems | FAT32 vs NTFS vs exFAT vs ext4 vs APFS | OS 10:04
- File Allocation: Contiguous vs Linked vs Indexed – Pros and Cons Explained in Operating Systems | OS 26:08
- System Protection in OS Explained | Protection Goals | Mechanisms | Types of Protection | OS 12:25
- Domain of Protection & Implementation in Operating Systems | Access Matrix | Subject, Object, Domain 14:15
- Disk Structure in Operating System Explained Step by Step Explained with Diagram | Easy Explanation 21:07
- Introduction to Disk Scheduling in Operating System | Seek Time | Rotational Latency | Access Time 12:40
- FCFS Disk Scheduling Algorithm Explained in Operating System | First Come First Serve Algorithm | OS 13:05
- SSTF Disk Scheduling Algorithm in Operating System | Shortest Seek Time First Algorithm | OS 12:39
- SCAN Disk Scheduling Algorithm in Operating System | Elevator Algorithm | OS 11:30
- C-SCAN Disk Scheduling Algorithm in Operating System | Elevator Algorithm | Operating System 11:11
- LOOK Disk Scheduling Algorithm in Operating System | Operating System 10:19
- C-LOOK Disk Scheduling Algorithm in Operating System | Operating System 10:42
- Disk Management in OS Explained | Boost Performance & Storage Efficiency! | Operating System 16:47
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