Operating System(Full Course)
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What you'll learn
This course includes
- 18.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 114 lessons • 18.5 hours of video
Operating System(Full Course)
114 lessons
• 18.5 hours
Operating System(Full Course)
114 lessons
• 18.5 hours
- L1: Introduction to Operating System, Need, Goals, Functions | Operating System Lectures Hindi 06:01
- L2: Batch Operating System with Advantages, Disadvantages | Types of Operating System 05:29
- L3: Multiprogramming and Multitasking Operating System with Difference | Operating System 07:22
- L4: Multiprocessing Operating System with Types, Advantages, Disadvantages | Types of OS 04:42
- L5: Real Time(Soft, Hard) and Distributed Operating System with Advantages, Disadvantages 13:08
- L6: Clustered(Software, Hardware) and Embedded Operating System with Advantages, Disadvantages 07:05
- L7: Process States in Operating System, Process State Diagram, Process Management Introduction 09:05
- L8: Process Control Block(PCB), Modes(Kernel, User) of Execution | Operating System Lectures Hindi 11:19
- L9: Process Switching Diagram, Scheduling Queue, Schedulers(Long, Medium, Short Term) 16:21
- L10: System Calls in Operating system and Types(Creating, Termination, FORK/JOIN, ABORT etc.) 17:14
- L11: Threads in Operating System, Single, Multithreaded Process Benefits, Multithreading Models 11:44
- L12: Difference between Process and Thread in Operating System | Operating System Lectures Hindi 04:37
- L13: Process Scheduling Algorithms (Preemption Vs Non-Preemption) | CPU Scheduling in OS, Criteria 10:54
- L14: First Come First Serve(FCFS) CPU Scheduling Algorithm with Example, Operating System Hindi 05:23
- L15: Solved Practice Problems on First Come First Serve(FCFS) CPU Scheduling Algorithm 09:47
- L16: Shortest Job First(SJF) and Shortest Remaining Time(SRT - SJF with preemption) with Example 08:26
- L17: Solved Practice Problems on Shortest Job First(SJF) CPU Scheduling Algorithm | Operating System 09:54
- L18: Solved Practice Problems on Shortest Remaining Time(SRT) CPU Scheduling Algorithm 12:17
- L19: Round Robin(RR) CPU Scheduling Algorithm with Example | Operating System Lectures 06:41
- L 19-1: Solved Practice Problems on Round Robin CPU Scheduling Algorithm | Operating System 12:26
- L20: Priority CPU Scheduling(Non-Preemptive) Algorithm with Example | Operating System Lectures 04:50
- L21: Preemptive Priority CPU Scheduling Algorithm with Example | Operating System Lectures 06:31
- L21-1: Solved Practice Problems on Priority(Preemptive and Non Preemptive) CPU Scheduling Algorithm 10:00
- L22: Multi Level Queue(MLQ) CPU Scheduling in Operating System with Example 07:08
- L23: Multilevel Feedback Queue CPU Scheduling in Operating System | OS Lectures in Hindi 04:09
- L24: Process Synchronization Introduction | RACE Condition | Problem in Cooperating Process 09:01
- L25: Semaphores | Wait, Signal Operation | Counting, Binary Semaphore | Busy Waiting, Example 15:40
- L26: Producer Consumer Problem | Process Synchronization Problem | Semaphore Solution | OS Lectures 11:11
- L28: Critical Section Problem | Mutual Exclusion, Progress and Bounded Waiting | Operating System 08:11
- L29: Two Process Solution | 3 Different Solutions (Turn, Flag, Peterson’s Solution) with Explanation 12:58
- L30: Reader’s Writer Problem Introduction and Solution using Binary semaphore | Operating System 10:31
- L31: Dining philosophers Problem and Solution using Semaphore in Operating System 07:25
- L32: Deadlock | Necessary Condition for Deadlock | Resource Allocation Graph in Operating System 17:30
- L32-1: Deadlock Handling Strategies | Deadlock Prevention| Operating System Lectures in Hindi 08:29
- L32-2: Deadlock Avoidance: Resource Allocation Graph Algorithm with Example | Find Safe State 11:38
- L33: Deadlock Avoidance Banker's Algorithm with Example | Request Resource & Safety Algorithm 09:23
- L34: Banker’s Algorithm Solved Example to Find Safe Sequence | Operating System Complete Course 09:41
- L35: Banker’s Algorithm Solved Example for Allocating Resources to a Process | Safe Sequence Check 10:09
- L36: Memory Management Introduction | Functions | Goals | Need and Definition of Fence Address 12:58
- L37: Memory management Techniques - Contiguous and non-Contiguous | Swapping | Roll Out – Roll In 09:35
- L38: Base & Limit Register | Dynamic Loading Vs. Linking | Logical Vs. Physical Address space| MMU 15:56
- L39: Partitioning | M.F.T | Allocation Policies (First, Best, Worst, Next Fit) with Practice Problem 18:22
- L39-1: Solved Numerical on Memory Allocation | Best Fit, Worst Fit, First Fit Question 08:18
- L40: External and Internal Fragmentation with Practice Problems | MFT Analysis | Operating System 07:26
- L41: Multiprogramming with Variable Tasks(MVT) and Analysis of Fragmentation | Memory Management 07:24
- L42: Paging Introduction | Hardware Architecture | Need | Memory Management | Operating System 11:17
- L43: Paging with Translation LookAside Buffer(TLB) | Architecture Diagram | Operating System 04:15
- L44: Memory Protection in Paging | Protection Bits | Valid – Invalid Bit | Memory Management 03:51
- L46: Disadvantages of Paging | Inverted Paging | Memory Management | Operating System 07:35
- L47: Virtual Memory Introduction | Advantages | User View | System View | Operating System Lectures 08:51
- L48: What is Thrashing Problem in Operating System Virtual Memory | OS Lectures in Hindi 06:10
- L49: Demand Paging | Advantages | Disadvantages | Page Fault | Effective Memory Access Time 10:48
- L50: Page Replacement Introduction | Graph of Page Fault vs. No. of Frames | Operating System 06:05
- L51: FIFO Page Replacement Algorithm with Example | Belady’s Anomaly Explanation | OS Lectures 09:08
- L52: Optimal Page Replacement Algorithm with Example | Operating System Lectures 04:17
- L53: LRU (Least Recently Used) Replacement Algorithm with Example | Operating System Lectures 04:14
- L54: Most recently used page replacement algorithm | Operating System Lectures 04:34
- L54-1: Solved Practice Problems on Page Replacement Algorithm Part 1 | Operating System Full Course 06:21
- L54-2: Solved Practice Problems on Page Replacement Algorithm Part 1 | Operating System Full Course 12:50
- L55: Segmentation Introduction | Hardware Support Diagram | How to Find Physical Address 16:09
- L56: Segmentation with Paging | Hardware Support Diagram | Solved Numerical Problem 11:03
- L57: Hard Disk Architecture in Operating System in Hindi | Complete Architecture Diagram 05:36
- L58: Disk Access Time with Example | Seek Time, Rotational Time and Transfer Time | Operating System 05:16
- L60: First Come First Serve(FCFS) Algorithm in Disk Scheduling with example | Operating System 07:44
- L61: Shortest Seek Time First(SSTF) Algorithm in Disk Scheduling with Solved Example 05:34
- L62: SCAN and C-SCAN Algorithm in Disk Scheduling with Solved Examples | Operating System 08:30
- L63: LOOK and C-LOOK Algorithm in Disk Scheduling with Solved Examples | Operating System 03:39
- L63-1: Solved Practice Problems on Disk Scheduling Algorithm Part 1 | Operating System Full Course 15:44
- L63-2: Solved Practice Problems on Disk Scheduling Algorithm Part 2 | Operating System Full Course 10:36
- L64: File System Management Introduction | File Attributes and File Operations | Operating System 13:06
- L65: Open File Table | File Locking | Various File Types with Extension | Operating System 08:03
- L66: File Access Methods | Sequential, Direct and Indexed Access | Operating System 07:33
- L67: File Allocation Methods | Contiguous, Dynamic Storage, Linked and Indexed Allocation 17:17
- L68: Free Space Management | Free Space List Implementation using Bit-Vector and Link Approach 04:46
- L69: File Directories | Single-Level, Two Level, Tree Structural and Acyclic Graph Directories 11:09
- L70: Protection & Security Introduction | Goals of Protection | Domains of Protection 10:46
- L71: Access Matrix to Implement Protection Model in Operating System 06:19
- L72: Security Levels in Operating System | Authentication(Password, Artifact, Biometric) 12:49
- L73: Program Threats (Trapdoors), System Threats (Worms, Virus) in Operating System 07:04
- L74: Threat Monitoring (Firewall) and Technique of Encryption in Operating System 07:31
- Operating System Important Topics Revision | CPU Scheduling, Page Replacement, Disk Scheduling 01:02:42
- Operating System | Multithreading Vs. Multiprocessing | Program Vs. Process | Important Questions 14:21
- Operating System Important Topics | Race Condition | Page Fault | Operating System Revision Lectures 12:13
- Operating System - Short Term Scheduler Vs. Medium Term Scheduler | Comparison between Schedulers 05:41
- Operating System Important Topics | Demand Paging | Advantages, Disadvantages, Hardware Support 04:53
- Operating System Important Topics | User Level Vs Kernel Level Threads | Advantages, Disadvantages 05:59
- Operating System Important Topics | Process Control Block(PCB) Explanation in Hindi 05:41
- Operating System Important Topics | Logical Vs. Physical Address Comparison Explanation in Hindi 03:34
- Operating System Important Topics | Translational Lookaside Buffer(TLB) Explanation in Hindi 05:04
- Operating System Important Topics | Internal Vs. External Fragmentation with Solved Example in Hindi 04:43
- Operating System Important Topics | Difference between Program and Process with Example in Hindi 06:29
- Operating System Important Topics | Multithreading Vs. Multiprocessing | Efficiency | Comparison 06:38
- Operating System Important Topics | Resources used when thread created | OS in Device Firmware 04:18
- Client Server Vs Peer to Peer Model | Comparison | Explanation in Hindi 06:26
- UNIX Architecture | Explanation in Hindi | Operating System Important Topics 05:32
- Operating System Important Topics | Deadlock Conditions, Methods for Handling Deadlock | #OSLectures 05:57
- Virus Vs Worm | Preemptive Vs Non-Preemptive Scheduling | Operating System Important Topics 05:12
- Difference between - FAT32 and NTFS, Comparison between Kernel and User Mode | #OSTopics 03:55
- Operating System Important Topics | Actions Taken during Context Switch 05:44
- Operating System Important Topics | Comparison between Stateless and Stateful File System 07:59
- Event Ordering in Distributed Operating System | Operating System Important Topics 04:19
- Operating System Layered Approach with Advantages and Disadvantages | OS Important Topics 03:55
- Why Page Size Always in Power of 2? | Common Services Provided by Operating System 03:48
- Operating System Memory Management and its Functionality | Operating System Important Topics 03:28
- LRU Page Replacement | Comparison between LRU, FIFO, Optimal Page Replacement Algorithms 04:24
- P1: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 28:21
- P2: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 21:46
- P3: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 17:38
- P4: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 13:55
- P5: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 17:43
- P6: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 18:34
- P7: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 27:17
- P8: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 13:54
- P9: Operating System Practice Questions | GATE NET PSU EXAM SEMESTER EXAM PREPARATION 26:12
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