Computer Networks

Features

• This ultimate free application is for all students across the world. It covers 144 topics of Computer networks in detail. These 144 topics are divided in 8 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.
• This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere 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. Growth Of Computer Networking
• 2. Networking Seems Complex
• 3. Five Key Aspects Of Networking
• 4. Local area network
• 5. Metropolitan Area Network
• 6. Wide Area Network
• 7. OSI reference Model
• 8. TCP/IP Reference Model
• 9. Comparison of the OSI and TCP/IP Reference Models
• 10. Problems of the TCP/IP Reference Mode
• 11. Problems of the OSI Model
• 12. ARPANET
• 13. Architecture of the Internet
• 14. ATM Reference Model
• 15. Client-server model
• 16. Peer-to-peer Communication
• 17. Transmission technologies
• 18. Connection-Oriented and Connectionless Services
• 19. Protocol Hierarchies
• 20. Interfaces
• 21. Services of layers
• 22. X.25 networks
• 23. Applications of computer networks
• 24. Using layered protocols
• 25. simplex, half-duplex and full-duplex communication
• 26. Novell NetWare IPX packet
• 27. Network topologies
• 28. Taxonomy By Forms Of Energy
• 29. Coaxial Cable
• 30. Twisted Pair
• 31. Fiber optic cables
• 32. Compare Fiber Optics and Copper Wire
• 33. Switching
• 34. Compare circuit-switched and packet-switched networks
• 35. Dual cable and single cable systems
• 36. Single mode and multimode fibers
• 37. Disadvantages of optical fiber
• 38. Serial Transmission
• 39. ISDN Architecture
• 40. Objectives of ISDN
• 41. ISDN Reference Model
• 42. Data Link layer design issues
• 43. Services provided by the data link layer
• 44. Framing in data link layer
• 45. Error-Correcting Codes
• 46. Unrestricted Simplex Protocol
• 47. A Simplex Stop-and-Wait Protocol
• 48. Simplex Protocol for a Noisy Channel
• 49. Sliding Window Protocols
• 50. One-Bit Sliding Window Protocol
• 51. A Protocol Using Go Back N
• 52. High-Level Data Link Control
• 53. Data Link Layer in Internet
• 54. The Point-to-Point Protocol
• 55. Point-to-Point Protocol frame format
• 56. LCP packets
• 57. Static Channel Allocation
• 58. Dynamic Channel Allocation in LANs and MANs
• 59. ALOHA
• 60. Slotted ALOHA
• 61. 1-persistent CSMA
• 62. Non-persistent CSMA
• 63. p-persistent CSMA
• 64. CSMA with Collision Detection
• 65. Bit-map collision free protocol
• 66. Binary countdown protocol
• 67. Limited-Contention Protocols
• 68. Adaptive Tree Walk Protocol
• 69. Ethernet Cabling
• 70. Cable topologies of Ethernet
• 71. Manchester Encoding
• 72. 802.3 frame format
• 73. Binary Exponential Backoff Algorithm
• 74. Services of 802.11
• 75. Bridges
• 76. Operation of Two Port Bridge
• 77. Spanning Tree Bridges
• 78. Remote Bridges
• 79. Token Frame Format
• 80. 802.4 Frame Format
• 81. Network layer services to transport layer
• 82. Functions of the communication subnet
• 83. Virtual circuit network
• 84. Compare Virtual-Circuit and Datagram Subnets
• 85. Routing algorithm
• 86. Optimality Principle
• 87. Shortest path routing algorithm
• 88. Flooding
• 89. Distance vector routing algorithms
• 90. Count-to-infinity problem
• 91. Hierarchical routing
• 92. Reverse path forwarding
• 93. Public key Cryptography
• 94. Broadcast routing algorithm
• 95. Multicast routing algorithm
• 96. Electronic Mail
• 97. Basic functions of e-mail system
• 98. Authentication Protocols
• 99. Post Office Protocol
• 100. Privacy Enhanced Mail
• 101. Features of application layer
• 102. Encryption
• 103. Virtual Terminal Protocol
• 104. World Wide Web
• 105. Symmetric cipher model
• 106. Key secrecy and algorithm secrecy
• 107. Cryptanalysis
• 108. Security
• 109. Pros and cons of security
• 110. Data Encryption Standard

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