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- Cryptography And Network Security
Curriculum
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- 37 Lessons
- 10 Weeks
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- Cryptography And Network Security37
- 2.1Introduction To Cryptography And Network Security
- 2.2Overview on Modern Cryptography
- 2.3Introduction to Number Theory
- 2.4Probability and Information Theory
- 2.5Classical Cryptosystems
- 2.6Cryptanalysis of Classical Ciphers
- 2.7Shannons Theory Part – I
- 2.8Symmetric Key Ciphers
- 2.9Linear Cryptanalysis
- 2.10Differential Cryptanalysis
- 2.11Few other Cryptanalytic Techniques
- 2.12Overview on S-Box Design Principles
- 2.13Stream Ciphers Part – II
- 2.14Pseudorandomness
- 2.15Message Authentication Codes
- 2.16More Number Theoretic Results
- 2.17The RSA Cryptosystem
- 2.18Primality Testing
- 2.19Factoring Algorithms
- 2.20Some Comments on the Security of RSA
- 2.21Discrete Logarithm Problem (DLP)
- 2.22Secret Sharing Schemes
- 2.23System Security
- 2.24A Tutorial on Network Protocols
- 2.25Firewalls and Intrusion Detection Systems
- 2.26Side Channel Analysis of Cryptographic Implementations
- 2.27Block Cipher Standards (DES)
- 2.28Block Cipher Standards (AES) Part – 1
- 2.29Block Cipher Standards (AES) Part – 2
- 2.30Stream Ciphers Part – I
- 2.31Stream Ciphers Part – III
- 2.32Cryptographic Hash Functions Part – I
- 2.33Cryptographic Hash Functions Part – II
- 2.34Cryptographic Hash Functions Part – III
- 2.35An Introduction to Elliptic Curve Cryptography
- 2.36Application of Elliptic Curves to Cryptography
- 2.37Implementation of Elliptic Curve Cryptography