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Operating Systems (BCA-52T-111) II Semester

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Operating Systems (BCA-52T-111) II Semester

Dr. Vijay Singh Rathore, Dr. Subhash Chandra Jat, Dr. Vijeta Kumawat, B. Uma Maheswari

ISBN: 978-93-5736-308-2 | SKU: 978-93-5736-308-2

400

Pages

2024

Edition

PB

HB/PB

English

Language

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Book Index

  1. Operating System Concepts
  2. Computer Software
  3. Types of Computer Software
  4. Linker
  5. Loader
  6. Compiler
  7. Operating System
  8. Operating System Structures
  9. Kernel
  10. Client-Server Model
  11. Shell
  12. BIOS
  13. Booting Process
  14. Operating System Components
  15. Operating System Services
  16. System Call
  17. Layered System
  18. Virtual Machines
  19. Process Management
  20. Program vs Process Concept
  21. Process States
  22. Process Control Block
  23. Process Scheduling
  24. Operation on a Processes
  25. Threads
  26. CPU Scheduling Algorithms
  27. Basic Concept
  28. Scheduling Criteria
  29. Types of CPU Scheduling
  30. FCFS
  31. SJF
  32. Priority Scheduling
  33. Round Robin Scheduling
  34. Multilevel Queue Scheduling
  35. Multilevel Feedback Queue Scheduling
  36. Multiple Processor Scheduling
  37. Process Synchronization
  38. Solutions to The Critical Section Problem
  39. Deadlocks
  40. Deadlock
  41. System Model
  42. Models of Deadlocks
  43. Resources
  44. Deadlock Characterization
  45. Methods for Handling Deadlocks
  46. Memory Management
  47. Memory Management
  48. Memory Management Techniques
  49. Logical vs Physical Address Space
  50. Memory Management
  51. Dynamic vs Static Loading
  52. Address Binding
  53. Dynamic and Static Linking
  54. Swapping
  55. Memory Allocation
  56. Fragmentation
  57. Segmentation
  58. Paging
  59. Page Table
  60. Virtual Memory
  61. Demand Paging
  62. Page Replacement Algorithm
  63. File Management
  64. Files
  65. Access Methods
  66. Directory Structure
  67. File System
  68. Allocation Methods
  69. Device Management
  70. Device Management
  71. Device Controller
  72. Device Driver
  73. Interrupt Driven I/O
  74. Memory Mapped I/O
  75. Direct Memory Access
  76. Disk Scheduling
  77. Introduction of Different Operating Systems
  78. Linux
  79. Linux History
  80. Design Principles
  81. Kernel Structure
  82. Components of Linux System
  83. Kernel Modules
  84. Introduction to Shell
  85. Process Management
  86. Scheduling in Linux
  87. Thread Management
  88. Memory Management
  89. Linux File System
  90. Input Output Management
  91. Network Structure
  92. Inter-process Communication
  93. Boot Process, Init and Shutdown
  94. Linux Security
  95. Basic LINUX Commands
  96. SHELL Scripts
  97. UNIX Operating System
  98. Windows Server

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