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Features
- This unique free application is for all students of Operating Systems across the world. It covers 126 topics of Operating Systems in detail. These 126 topics are divided in 14 units.
- Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
- The USP of this application is "ultra-portability". Students can access the content on-the-go from any where they like.
- Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
- Some of topics Covered in this application are:
- 1. Overview of computer operating systems
- 2. Computer System Organization
- 3. Operating System Structure
- 4. Distributed system
- 5. Operating System services
- 6. System Calls
- 7. System Programs
- 8. Operating System Generation
- 9. Operating-System Services
- 10. Operating-System Interface
- 11. Process Management
- 12. Process Control Block
- 13. Schedulers
- 14. Context switch
- 15. Operations on Processes
- 16. Interprocess Communication
- 17. Sockets
- 18. Remote Procedure Calls
- 19. Remote method invocation
- 20. Threads
- 21. Scheduling Criteria
- 22. Scheduling Algorithms
- 23. Multithreading Models
- 24. Thread Libraries
- 25. Threading Issues
- 26. CPU scheduling
- 27. Multiple-Processor Scheduling
- 28. Symmetric Multithreading
- 29. Thread Scheduling
- 30. Solaris Scheduling
- 31. Windows XP Scheduling
- 32. Linux Scheduling
- 33. Algorithm Evaluation
- 34. Process Synchronization
- 35. The Critical Section Problem
- 36. Synchronization Hardware
- 37. Semaphores
- 38. Classic problems of synchronization
- 39. Monitors
- 40. Atomic Transactions
- 41. Deadlocks
- 42. Deadlock Characterization
- 43. Methods for handling deadlocks
- 44. Deadlock Prevention
- 45. Deadlock Avoidance
- 46. Bankerâ€â„s algorithm
- 47. Deadlock Detection
- 48. Recovery from Deadlock
- 49. Memory Management Strategies
- 50. Address Binding
- 51. Logical versus Physical Address Space
- 52. Dynamic Linking and Loading
- 53. Swapping
- 54. Contiguous Memory Allocation
- 55. Fragmentation
- 56. Paging
- 57. Hardware Support in paging
- 58. Shared Pages
- 59. Segmentation
- 60. Virtual memory
- 61. System libraries
- 62. Demand Paging
- 63. Copy-on-Write
- 64. Page Replacement
- 65. FIFO Page Replacement
- 66. Optimal Page Replacement
- 67. LRU Page Replacement
- 68. Enhanced Second-Chance Algorithm
- 69. Allocation of Frames
- 70. Thrashing
- 71. Working-Set Model
- 72. Page-Fault Frequency
- 73. Memory-Mapped Files
- 74. Shared Memory in the Win32 API
- 75. Allocating Kernel Memory
- 76. Slab Allocation
- 77. File Concept
- 78. File Operations
- 79. File Types
- 80. Directory Structure
- 81. Directory
- 82. File System Mounting
- 83. File System Structure
- 84. File System Implementation
- 85. Directory Implementation
- 86. Free Space Management
- 87. Recovery
- 88. Log-Structured File Systems
- 89. Network file systems
- 90. Network file systems protocol
- 91. Magnetic Disks
- 92. Disk Structure
- 93. Disk Attachment
- 94. Disk Scheduling
- 95. Disk Management
- 96. Boot Block
- 97. Bad Blocks
- 98. Swap-Space Management
- 99. I/O Systems
- 100. Polling
- 101. Direct Memory Access
- 102. Application I/O Interface
- 103. Kernel I/O Subsystem
- 104. Transforming I/O Requests to Hardware Operations
- 105. Streams
- 106. Performance
- 107. Protection
- 108. Access Matrix
- 109. Implementation of Access Matrix
- 110. Access Control
- 111. Language-Based Protection
- 112. The Security Problem
- 113. Malicious codes
- 114. System and Network Threats
- 115. Cryptography as a Security Tool
- 116. Authentication
- 117. Key Distribution
- 118. User Authentication
- 119. Firewalling to Protect Systems and Networks
- 120. Distributed System Structures
- 121. Types of Distributed Operating Systems
- 122. Distributed Operating Systems
- 123. Network Structure
- 124. Network Topology
- 125. Communication Protocols
- 126. Robustness
*If this is not the "Operating System CompSc.Engg" product you were looking for, you can check the other results by clicking this link
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Details were last updated on Nov 23, 2024 14:58 +08.
