Network Management & Security

Features

• This unique free application is for all students across the world. It covers 142 topics of Network management and security in detail. These 142 topics are divided in 6 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. Introduction to Network security
• 2. Security attacks
• 3. Active and Passive attacks
• 4. Security Services
• 5. Security Mechanisms
• 6. A Model Of Inter Network Security
• 7. Internet Standards
• 8. Internet Standards and RFC’S
• 9. Buffer Overflow
• 10. Format String Vulnerability
• 11. Session Hijacking
• 12. UDP Session Hijacking
• 13. Route Table Modification
• 14. Address resolution protocol attacks
• 15. Man-in-the-middle attack
• 16. Conventional Encryption principles
• 17. Cryptography
• 18. Cryptanalysis
• 19. Substitution Encryption Techniques
• 20. Playfair Ciphers
• 21. Hill Cipher
• 22. Polyalphabetic Ciphers
• 23. Pigpen Cipher
• 24. Transposition techniques
• 25. Feistel Cipher Structure
• 26. Feistel Cipher Decryption
• 27. Conventional Encryption Algorithms
• 28. S-DES key generation
• 29. S-DES Encryption
• 30. Data Encryption Standard
• 31. Single round of DES algorithm
• 32. Triple Data Encryption Standard
• 33. International Data Encryption Standard
• 34. Blowfish Algorithm
• 35. Blowfish Encryption Decryption
• 36. Advanced encryption standard
• 37. S-AES Encryption and Decryption
• 38. S-AES key expansion
• 39. The AES Cipher
• 40. Substitute Bytes Transformation
• 41. ShiftRows Transformation
• 42. MixColumns Transformation
• 43. AddRoundKey Transformation
• 44. AES Key Expansion
• 45. AES Decryption
• 46. Cipher Block modes of Operation
• 47. Cipher Block modes of Operation
• 48. Cipher Block Chaining Mode
• 49. Cipher Feed Back Mode
• 50. Output Feedback Mode
• 51. Counter Mode
• 52. Message authentication
• 53. Message Authentication Code
• 54. Message Authentication Code Based on DES
• 55. Hash function
• 56. MD5 Message Digest Algorithm
• 57. MD5 Compression Function
• 58. Secure Hash Algorithm
• 59. RIPEMD-160
• 60. HMAC
• 61. Public key Cryptography
• 62. Attack on Public-key Cryptography
• 63. Applications for public-key cryptosystems
• 64. RSA algorithm
• 65. Fermat's and Euler's theorem
• 66. Security of RSA
• 67. Key Management
• 68. Public-key authority
• 69. Public-key certificates
• 70. Public Key Distribution of Secret Keys
• 71. Diffie-Hellman key exchange
• 72. Man-in-the-Middle Attack on Deffie-Hellman protocol
• 73. Elliptic curve cryptography
• 74. Cryptography with Elliptic Curves
• 75. Digital Signature
• 76. Digital Signature Standard
• 77. Kerberos
• 78. Kerberos Version 4 Authentication Dialogue
• 79. Overview of Kerberos
• 80. Kerberos Realms
• 81. Kerberos version 5
• 82. X.509 Authentication Service
• 83. Authentication Procedures
• 84. X.509 Version 3
• 85. Pretty Good Privacy
• 86. Pretty good privacy Operation
• 87. Cryptographic Keys and Key Rings
• 88. PGP Message Format
• 89. PGP Key Rings
• 90. PGP Message Transmission and Reception
• 91. Public Key Management
• 92. The Use of Trust
• 93. Operation of Trust Processing
• 94. PGP - Web of Trust
• 95. S/MIME
• 96. MIME Content Types
• 97. MIME Transfer Encodings
• 98. MIME canonical form
• 99. S/MIME Functionality
• 100. S/MIME Messages
• 101. S/MIME Certificate Processing
• 102. Radix-64 Conversion
• 103. IP Security Overview
• 104. Applications of IPSec
• 105. Benefits of IPSec
• 106. IP Security Architecture
• 107. Security Associations
• 108. IPSec Authentication Header
• 109. Anti-Replay Service
• 110. Integrity Check Value

*If this is not the "Network Management & Security" product you were looking for, you can check the other results by clicking this link.  Details were last updated on Oct 2, 2024 03:55 +08.