Line 8: Line 8:
  
  
1. [[IntroductionPurdueBochum|Introduction]]
+
1. [[IntroductionPurdueBochum|About these Slectures]]
  
 
2. [[2015_Summer_Cryptography_Paar_Introduction_to_Crpytography_Divya_Agarwal_and_Katie_Marsh|Introduction to Cryptography]]
 
2. [[2015_Summer_Cryptography_Paar_Introduction_to_Crpytography_Divya_Agarwal_and_Katie_Marsh|Introduction to Cryptography]]
Line 25: Line 25:
 
:6.1 [[2015 Summer Cryptography Paar Introduction to Galois Fields for AES Katie Marsh|Introduction to Galois Fields for AES]]
 
:6.1 [[2015 Summer Cryptography Paar Introduction to Galois Fields for AES Katie Marsh|Introduction to Galois Fields for AES]]
 
:6.2 [[2015 Summer Cryptography Paar Internal Structure of AES Katie Marsh and Divya Agarwal|Internal Structure of AES]]
 
:6.2 [[2015 Summer Cryptography Paar Internal Structure of AES Katie Marsh and Divya Agarwal|Internal Structure of AES]]
7. References and Acknowledgements
+
 
 
----
 
----
  

Latest revision as of 16:17, 2 December 2015

The Paar Lectures on Introductory Cryptography

Slectures by Divya Agarwal and Katie Marsh



1. About these Slectures

2. Introduction to Cryptography

3. Modular Arithmetic

4. Stream Ciphers

5. Data Encryption Standard (DES)

5.1 Primitives
5.2 DES - Overview and Encryption
5.3 DES- Key Schedule
5.4 DES - Decryption

6. Advanced Encryption Standard (AES)

6.1 Introduction to Galois Fields for AES
6.2 Internal Structure of AES

Alumni Liaison

Basic linear algebra uncovers and clarifies very important geometry and algebra.

Dr. Paul Garrett