Network Management & Security 5.3 Apk

The App covers basics & fundamentals course of Network Management & Security, part of computer engineering, networking and communications courses.

Network Management & Security is a free handbook of notes, which covers all the topics on the subject. You can consider this App as a notes which professors guide with in a classroom.

You can very easily pass and succeed in your exams if you have this App in your mobile phone, and give a overview for just a few days. This is extremely helpful at the time of exams and interviews for quick revisions on various topics.

It covers over 140 topics of Network management and security in detail. The topics are divided in 6 units.
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

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