Instructor: Dan Boneh, Stanford University<\/p>\n
Online cryptography course preview:This page contains all the lectures in the free cryptographycourse.To officially take the course, including homeworks, projects,and final exam, please visit the course page at Coursera.<\/p>\n
Go to course<\/p>\n
Textbook: The following is a free textbook for the course.The book goes into more depth, including security proofs, and many exercises. <\/p>\n
Slides for week 1:<\/p>\n
What is cryptography?<\/p>\n
Crash course in discrete probability<\/p>\n
Stream Ciphers 1: the one-time pad and stream ciphers<\/p>\n
Stream Ciphers 2: attacks and common mistakes<\/p>\n
Stream Ciphers 3: real-world examples<\/p>\n
Stream Ciphers 4: what is a secure cipher?<\/p>\n
Slides for week 2:<\/p>\n
Block Ciphers 1: overview<\/p>\n
Block Ciphers 2: The Data Encryption Standard<\/p>\n
Block Ciphers 3: AES and other constructions<\/p>\n
How to Use Block Ciphers 1: one-time key<\/p>\n
How to Use Block Ciphers 2: many-time key<\/p>\n
Slides for week 3:<\/p>\n
Message Integrity 1: definitions<\/p>\n
Message Integrity 2: constructions<\/p>\n
Collision Resistance 1: what is a collision resistant function?<\/p>\n
Collision Resistance 2: constructions<\/p>\n
HMAC: a MAC from a hash function<\/p>\n
Slides for week 4:<\/p>\n
Authenticated Encryption 1: why is it so important?<\/p>\n
Authenticated Encryption 2: standard constructions<\/p>\n
Authenticated Encryption 3: pitfalls<\/p>\n
Odds and Ends 1: how to derive keys<\/p>\n
Odds and Ends 2: searching on encrypted data<\/p>\n
Odds and Ends 3: disk encryption and creditcard encryption<\/p>\n
Slides for week 5:<\/p>\n
Basic Key Exchange 1: problem statement<\/p>\n
Basic Key Exchange 2: two solutions<\/p>\n
Number Theory 1: modular arithmetic<\/p>\n
Number Theory 2: easy and hard problems<\/p>\n
Slides for week 6:<\/p>\n
Public Key Encryption from Trapdoor Permutations<\/p>\n
Public Key Encryption from Trapdoor Permutations: RSA<\/p>\n
Public Key Encryption from Trapdoor Permutations: attacks<\/p>\n
Public Key Encryption From Diffie-Hellman: ElGamal<\/p>\n
Public Key Encryption: summary<\/p>\n
Slides for week 7:<\/p>\n
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