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[FreeCourseSite.com] Udemy - Operating Systems from scratch - Part 1

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视频 2020-6-27 13:12 2024-12-26 14:53 262 6.21 GB 61
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FreeCourseSite com Udemy - Operating Systems from scratch - Part 1

文件列表
  1. 1. Introduction/1. Introduction.mp454.48MB
  2. 2. Introduction to Operating Systems/1. Introduction to Computer Systems.mp4249.77MB
  3. 2. Introduction to Operating Systems/2. How hardware devices work together.mp4153.91MB
  4. 2. Introduction to Operating Systems/3. Need for Operating Systems from scratch.mp4198.8MB
  5. 2. Introduction to Operating Systems/4. How Input and Output devices work together.mp4218.8MB
  6. 3. Operating System Concepts/1. Program vs Process, States of a process.mp495.61MB
  7. 3. Operating System Concepts/2. Degree of Multiprogramming.mp456.64MB
  8. 3. Operating System Concepts/3. Types of Operating Systems.mp4128.95MB
  9. 3. Operating System Concepts/4. An Important point to note.mp414.91MB
  10. 3. Operating System Concepts/5. Process Control block, Attributes of a process.mp4309.96MB
  11. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/1. Types of scheduler, Context switching.mp4117.69MB
  12. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/10. SRTF assignment problem solution.mp431.84MB
  13. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/11. Response Time example 2.mp411.64MB
  14. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/13. SRTF assignment problem 2 solution.mp444.26MB
  15. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/14. First Come First Served Scheduling Algorithm.mp449.71MB
  16. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/15. FCFS with Context Switching overhead.mp465.27MB
  17. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/2. Various times of a process.mp4112.35MB
  18. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/3. Types of Scheduling Algorithms.mp482.82MB
  19. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/4. SJF Scheduling Algorithm.mp474.82MB
  20. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/5. SJF Example 1.mp480.34MB
  21. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/6. SJF Example 2.mp467.37MB
  22. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/7. Shortest Remaining Time First Scheduling Algorithm.mp4354.59MB
  23. 4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/8. Response time explained with example.mp485.62MB
  24. 5. Comparision of FCFS, SJF and SRTF - Advantages and Disadvantages/1. Starvation.mp4131.87MB
  25. 5. Comparision of FCFS, SJF and SRTF - Advantages and Disadvantages/2. Convoy Effect.mp4100.64MB
  26. 5. Comparision of FCFS, SJF and SRTF - Advantages and Disadvantages/3. Practical Implementation.mp427.24MB
  27. 5. Comparision of FCFS, SJF and SRTF - Advantages and Disadvantages/4. Throughput.mp4144.6MB
  28. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/1. Longest Job First Scheduling Algorithm.mp454.7MB
  29. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/10. RR Important Observations.mp426.27MB
  30. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/11. Advantages and Limitations of RR Algorithm.mp446.63MB
  31. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/12. Non Preemptive Priority based Scheduling Algorithm.mp4171.7MB
  32. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/13. Preemptive Priority based Scheduling Algorithm.mp438.7MB
  33. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/14. Preemptive Priority based Scheduling Algorithm Continuation.mp429.57MB
  34. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/15. SRTF with processes requiring CPU and IO time 2.mp4281.03MB
  35. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/16. Priority based scheduling with processes requiring CPU and IO time.mp4185.36MB
  36. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/17. Highest Response Ratio Next Scheduling Algorithm.mp455.43MB
  37. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/18. HRRN Example.mp439.1MB
  38. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/19. Process State Diagram.mp467.16MB
  39. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/2. LJF Example 1.mp447.1MB
  40. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/20. Suspend Ready State and Suspend IO state.mp464.47MB
  41. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/21. Dispatcher.mp487.74MB
  42. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/3. Longest Remaining Time First Scheduling Algorithm.mp415.06MB
  43. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/4. LRTF Example 1.mp435.56MB
  44. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/5. LRTF Example 2.mp428.64MB
  45. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/6. LRTF Example 2 continuation.mp424.43MB
  46. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/7. Round Robin Scheduling Algorithm.mp434.94MB
  47. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/8. RR Example 1.mp469.44MB
  48. 6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/9. RR Example 2.mp448MB
  49. 7. Basics of Number System/1. Basics of Binary Numbers.mp481.64MB
  50. 8. Memory Allocation Techniques/1. Basics of Memory Allocation.mp484.41MB
  51. 8. Memory Allocation Techniques/10. Binary addressing revisited.mp4303.68MB
  52. 8. Memory Allocation Techniques/11. Example to explain binary addressing concepts.mp4138.67MB
  53. 8. Memory Allocation Techniques/12. Need for paging.mp4248.36MB
  54. 8. Memory Allocation Techniques/2. Contiguous Allocation vs Non Contiguous Allocation.mp434.5MB
  55. 8. Memory Allocation Techniques/3. Fixed Partitioning.mp477.45MB
  56. 8. Memory Allocation Techniques/4. Variable Partitioning.mp4233.76MB
  57. 8. Memory Allocation Techniques/5. Memory Allocation Algorithms.mp488.39MB
  58. 8. Memory Allocation Techniques/6. Problem.mp4154.43MB
  59. 8. Memory Allocation Techniques/7. Problem continued.mp481.23MB
  60. 8. Memory Allocation Techniques/8. Important point to note.mp4111.2MB
  61. 8. Memory Allocation Techniques/9. Problem.mp4207.49MB
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