Coursera Crypto-015 class overview

#Table of contents
Coursera Crypto-015 class overview
Class URL: https://class.coursera.org/crypto-015/lecture

##Week 1
###01-intro
Introduction (week 1)

* 01.1, Course Overview (11 min)
* 01.2, What is cryptography? (15 min)
* 01.3, History of cryptography (19 min)
* 01.4, Discrete probability (Crash course) (18 min)
* 01.5, Discrete probability (crash course, cont.) (14 min)


###02-stream
Stream Ciphers (week 1)

* 02.1, Information theoretic security and the one time pad (19 min)
* 02.2, Stream ciphers and pseudo random generators (20 min)
* 02.3, Attacks on stream ciphers and the one time pad (24 min)
* 02.4, Real-world stream ciphers (20 min)
* 02.5, PRG Security Definitions (25 min),
* 02.6, Semantic Security (16 min)
* 02.7, Stream ciphers are semantically secure (11 min) [optional]


##Week 2
###03-block
Block Ciphers (week 2)

* 03.1, What are block ciphers? (17 min)
* 03.2, The Data Encryption Standard (22 min)
* 03.3, Exhaustive search attacks (20 min)
* 03.4, More attacks on block ciphers (16 min)
* 03.5, The AES block cipher (14 min)
* 03.6, Block ciphers from PRGs(12 min)


###04-using-block
Using Block Ciphers (week 2)

* 04.1, Review: PRPs and PRFs (12 min)
* 04.2, Modes of operation: one time key (8 min)
* 04.3, Security for many-time key (23 min),
* 04.4, Modes of operation: many time key (CBC) (16 min)
* 04.5, Modes of operation: many time key (CTR) (10 min)


##Week 3
###05-integrity
Message Integrity (week 3)

* 05.1, Message Authentication Codes (16 min)
* 05.2, MACs Based On PRFs (10 min)
* 05.3, CBC-MAC and NMAC (20 min)
* 05.4, MAC padding (9 min)
* 05.5, PMAC and the Carter-Wegman MAC (16 min)


###06-collision-resistance
Collision Resistance (week 3)

* 06.1, Introduction (11 min)
* 06.2, Generic birthday attack (16 min)
* 06.3, The Merkle-Damgard Paradigm (12 min)
* 06.4, Constructing compression functions (8 min)
* 06.5, HMAC (7 min)
* 06.6, Timing attacks on MAC verification (9 min)


##Week 4
###07-authenc
Authenticated Encryption (week 4)

* 07.1, Active attacks on CPA-secure encryption (13 min)
* 07.2, Definitions (6 min)
* 07.3, Chosen ciphertext attacks (12 min)
* 07.4, Constructions from ciphers and MACs (21 min)
* 07.5, Case study: TLS (18 min)
* 07.6, CBC padding attacks (14 min)
* 07.7, Attacking non-atomic decryption (10 min)


###08-odds-and-ends.
Odds and ends (week 4)

* 08.1, Key Derivation (14 min)
* 08.2, Deterministic Encryption (15 min)
* 08.3, Deterministic Encryption:SIV and wide PRP (21 min)
* 08.4, Tweakable encryption (15 min)
* 08.5, Format preserving encryption (13 min)

##Week 5
###09-basic-key-exchange
Basic key exchange (week 5)

* 09.1, Trusted 3rd parties (11 min)
* 09.2, Merkle Puzzles (11 min)
* 09.3, The Diffie-Hellman protocol (19 min)
* 09.4, Public-key encryption (11 min)

###10-numth.
Intro. Number Theory (week 5)

* 10.1, Notation (15 min)
* 10.2, Fermat and Euler (18 min)
* 10.3, Modular e´th roots (17 min)
* 10.4, Arithmetic algorithms (13 min)
* 10.5, Intractable problems (19 min)

##Week 6
###11-pubkey-trapdoor.
Public Key Encryption from trapdoor permutations (week 6)

* 11.1, Definitions and security (16 min)
* 11.2, Constructions (11 min)
* 11.3, The RSA trapdoor permutation (18 min)
* 11.4, PKCS 1 (23 min)
* 11.5, Is RSA a one-way function? (17 min)
* 11.6, RSA in practice (14 min)


###12-pubkey-dh.{
Public key encryption from Diffie-Hellman (week 6)

* 12.1, The ElGamal Public-key System (23 min)
* 12.2, ElGamal Security (14 min)
* 12.3, ElGamal Variants With Better Security (11 min)
* 12.4, A Unifying Theme (12 min)
* 12.5, Farewell (for now) (6 min)