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Operating System

Operating System

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L-2.1: Process Scheduling Algorithms (Preemption Vs Non-Preemption) | CPU Scheduling in OS

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L-2.1: Process Scheduling Algorithms (Preemption Vs Non-Preemption) | CPU Scheduling in OS

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Operating System

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  1. 1 Lec-0: Operating System Syllabus Discussion for all College/University & Compititve exams (GATE,NET)
  2. 2 L-1.1: Introduction to Operating System and its Functions with English Subtitles
  3. 3 L-1.2: Batch Operating System | Types of Operating System
  4. 4 L-1.3: Multiprogramming and Multitasking Operating System in Hindi with real life examples
  5. 5 L-1.4: Types of OS(Real Time OS, Distributed, Clustered & Embedded OS)
  6. 6 L-1.5: Process States in Operating System| Schedulers(Long term,Short term,Medium term)
  7. 7 L-1.6: Imp Linux Commands(Operating System) | Must Watch for College/University & Competitive exams
  8. 8 L-1.7: System Calls in Operating system and its types in Hindi
  9. 9 L-1.8: Fork System call with Example | Fork() system call questions
  10. 10 L-1.9: Questions on Fork System Call With Explanation | Operating System
  11. 11 L-1.10: User mode and Kernel mode in operating system in hindi
  12. 12 L-1.11: Process Vs Threads in Operating System
  13. 13 L-1.12: User Level Vs Kernel Level Thread in Operating System | All Imp Points
  14. 14 L-2.1: Process Scheduling Algorithms (Preemption Vs Non-Preemption) | CPU Scheduling in OS
  15. 15 L-2.2: What is Arrival, Burst, Completion, Turnaround, Waiting and Response time in CPU Scheduling
  16. 16 L-2.3: First Come First Serve(FCFS) CPU Scheduling Algorithm with Example
  17. 17 L-2.4: Shortest Job First(SJF) Scheduling Algorithm with Example | Operating System
  18. 18 L-2.5: Shortest Remaining Time First (SJF With Preemption) Scheduling Algorithm with Example | OS
  19. 19 L-2.6: Question on Shortest Job First(SJF) with Preemption Scheduling Algorithm
  20. 20 L-2.7: Round Robin(RR) CPU Scheduling Algorithm with Example
  21. 21 L-2.8: Pre-emptive Priority Scheduling Algorithm with Example | Operating System
  22. 22 L-2.9: Example of Mix Burst Time(CPU & I/O both) in CPU Scheduling | Tough Question
  23. 23 L-2.10: Multi Level Queue Scheduling | Operating System
  24. 24 L-2.11: Multilevel Feedback Queue Scheduling | Operating System
  25. 25 L-3.1: Process Synchronization | Process Types | Race Condition | Operating System-1
  26. 26 L-3.2: Producer Consumer Problem | Process Synchronization Problem in Operating System
  27. 27 L-3.3: Printer-Spooler Problem | Process Synchronization Problem in Operating System
  28. 28 L-3.4: Critical Section Problem | Mutual Exclusion, Progress and Bounded Waiting | Operating System
  29. 29 L-3.5: LOCK Variable in OS | Process Synchronization
  30. 30 L-3.6: Test and Set Instruction in OS | Process Synchronization
  31. 31 L-3.7: Turn Variable | Strict Alteration Method | Process Synchronization
  32. 32 L-3.8: Semaphores | Wait, Signal Operation | Counting Semaphore | Example| Operating system
  33. 33 L-3.9: What is Binary Semaphore | Easiest Explanation | Operating system
  34. 34 L-3.10: Practice Question on Binary Semaphore in Operating System
  35. 35 L-3.11: Solution of Producer Consumer Problem using Semaphore | Operating System
  36. 36 L-3.12: Solution of Readers-writers Problem using Binary semaphore
  37. 37 L-3.13: Dining philosophers Problem and Solution using Semaphore in Operating System
  38. 38 L-4.1: DEADLOCK concept | Example | Necessary condition | Operating System
  39. 39 L-4.2: Resource Allocation Graph in Deadlock | Single Instance with example | Operating System
  40. 40 L-4.3: Multi-Instance Resource Allocation Graph with Example | Operating System
  41. 41 L-4.4: Deadlock Handling Methods and Deadlock Prevention | Operating System
  42. 42 L-4.5: Deadlock Avoidance Banker's Algorithm with Example |With English Subtitles
  43. 43 L-4.6: GATE 2018 Question on Banker's Algorithm | Deadlock avoidance | Operating Sytem
  44. 44 L-4.7: Question Explaination on Deadlock | Operating System
  45. 45 L-4.8: GATE 2018 Question Explaination on deadlock | Operating system
  46. 46 L-5.1: Memory Management and Degree of Multiprogramming | Operating System
  47. 47 L-5.2: Memory management Techniques | Contigious and non-Contigious | Operating System
  48. 48 L-5.3: Internal Fragmentation | Fixed size Partitioning | Memory management | Operating System
  49. 49 L-5.4: Variable size Partitioning | Memory management | Operating System
  50. 50 L-5.5: First Fit, Next Fit, Best Fit, Worst fit Memory Allocation | Memory Management | OS
  51. 51 L-5.6: GATE Question Solved on First Fit,Best Fit and Worst fit Memory Allocation | Operating System
  52. 52 L-5.7: GATE 2007 Question Solved on First Fit,Best Fit and Worst fit with timeline |Operating System
  53. 53 L-5.8: Need of Paging | Memory Management | Operating System
  54. 54 L-5.9: What is Paging | Memory management | Operating System
  55. 55 L-5.10: Question Explanation on Logical address and Physical address space | Operating System
  56. 56 L-5.11: Question Explanation on Paging | Memory Management | Operating System
  57. 57 L-5.12: Page Table Entries | Format of Page Table | Operating System
  58. 58 L-5.13: 2-Level Paging in Operating System | Multilevel Paging
  59. 59 L-5.14: Inverted paging | Memory Management | Operating System
  60. 60 L-5.15: Paging Questions in Operating System(OS) | Imp Question for all competitive exams
  61. 61 L-5.16: What is Thrashing | Operating System
  62. 62 L-5.17: Segmentation Vs Paging | Segmentation Working | Operating system
  63. 63 L-5.18: Overlay | Memory Management | Operating system
  64. 64 L-5.19: Virtual Memory | Page fault | Significance of virtual memory | Operating System
  65. 65 L-5.20: Translation Lookaside Buffer(TLB) in Operating System in Hindi
  66. 66 L-5.21: Numerical on Translation Lookaside Buffer (TLB) | Operating System
  67. 67 L-5.22: Page Replacement Introduction | FIFO Page Replacement algorithm | Operating System
  68. 68 L-5.23: Belady's Anomaly in FIFO page Replacement with example | Operating System
  69. 69 L-5.24: Optimal Page Replacement algorithm | Operating System
  70. 70 L-5.25: Least Recently Used Page Replacement Algorithm | Operating System
  71. 71 L-5.26: Most recently used page replacement algorithm | Operating System
  72. 72 L-6.1: Hard Disk Architecture in Operating System in Hindi
  73. 73 L-6.2: Disk Access Time with Example | Seek Time, Rotational Time and Transfer Time
  74. 74 L-6.3: Disk Scheduling Algorithm | Operating System
  75. 75 L-6.4: FCFS in Disk scheduling with Example | Operating System
  76. 76 L-6.5: SSTF in Disk scheduling with Example | Operating System
  77. 77 L-6.6: SCAN Algorithm in Disk scheduling with Example | Operating System
  78. 78 L-6.7: LOOK Algorithm in Disk scheduling with Example | Operating System
  79. 79 L-6.8: C-SCAN Algorithm in Disk scheduling with Example | Operating System
  80. 80 L-6.9: C-LOOK Algorithm in Disk scheduling with Example | Operating System
  81. 81 L-6.10: Imp Qus. on Operating System | Must Watch | NTA NET June 2021
  82. 82 L-7.1: File System in Operating System | Windows, Linux, Unix, Android etc.
  83. 83 L-7.2: File Attributes & Operations in Operating System
  84. 84 L-7.3: Allocation Methods in operating system in hindi | Contiguous vs NonContiguous
  85. 85 L-7.4: Contiguous Allocation in Operating system | Advantages & Disadvantages
  86. 86 L-7.5: Linked List allocation in file allocation with example | Operating system
  87. 87 L-7.6: Indexed File Allocation in Operating System
  88. 88 L-7.7: Unix Inode Structure with Numerical Example | OS
  89. 89 Lec-8: Protection & Security in Operating system | Full OS playlist
  90. 90 TLBs Toughest Question asked in GATE exam | Operating System

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