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种子名称： Stanford - Cryptography I
文件类型： 视频
文件数目： 66个文件
文件大小： 1.03 GB
收录时间： 2016-11-20 02:32
已经下载： 3次
资源热度： 145
最近下载： 2024-12-24 22:32

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Stanford - Cryptography I.torrent

02 - Stream Ciphers (week 1)/2 - 5 - PRG Security Definitions (25 min).mp426.8MB

02 - Stream Ciphers (week 1)/2 - 3 - Attacks on stream ciphers and the one time pad (24 min).mp425.43MB

04- Using Block Ciphers (week 2)/4 - 3 - Security for many-time key (23 min).mp424.92MB

03 - Block Ciphers (week 2)/3 - 2 - The Data Encryption Standard (22 min).mp424.5MB

11 - Public Key Encryption from trapdoor permutations (week 6)/11 - 4 - PKCS 1 (23 min).mp423.4MB

07 - Authenticated Encryption (week 4)/7 - 4 - Constructions from ciphers and MACs (21 min).mp422.84MB

05 - Message Integrity (week 3)/5 - 3 - CBC-MAC and NMAC (20 min).mp422.34MB

08 - Odds and ends (week 4)/8 - 3 - Deterministic Encryption_SIV and wide PRP (21 min).mp422.06MB

03 - Block Ciphers (week 2)/3 - 3 - Exhaustive search attacks (20 min).mp421.91MB

02 - Stream Ciphers (week 1)/2 - 4 - Real-world stream ciphers (20 min).mp421.87MB

12 - Public key encryption from Diffie-Hellman (week 6)/12 - 1 - The ElGamal Public-key System (23 min).mp421.36MB

10 - Intro. Number Theory (week 5)/10 - 5 - Intractable problems (19 min).mp421.22MB

02 - Stream Ciphers (week 1)/2 - 2 - Stream ciphers and pseudo random generators (20 min).mp421.17MB

09 - Basic key exchange (week 5)/9 - 3 - The Diffie-Hellman protocol (19 min).mp420.96MB

01 - Introduction ( Week 1 )/1 - 3 - History of cryptography (19 min).mp420.47MB

10 - Intro. Number Theory (week 5)/10 - 2 - Fermat and Euler (18 min).mp420.06MB

02 - Stream Ciphers (week 1)/2 - 1 - Information theoretic security and the one time pad (19 min).mp420.04MB

01 - Introduction ( Week 1 )/1 - 4 - Discrete probability (Crash course) (18 min).mp419.82MB

11 - Public Key Encryption from trapdoor permutations (week 6)/11 - 3 - The RSA trapdoor permutation (18 min).mp419.82MB

10 - Intro. Number Theory (week 5)/10 - 3 - Modular e_'th roots (17 min)14.mp419.09MB

07 - Authenticated Encryption (week 4)/7 - 5 - Case study_ TLS (18 min).mp418.96MB

03 - Block Ciphers (week 2)/3 - 1 - What are block ciphers_ (17 min).mp418.67MB

11 - Public Key Encryption from trapdoor permutations (week 6)/11 - 5 - Is RSA a one-way function_ (17 min).mp418.53MB

04- Using Block Ciphers (week 2)/4 - 4 - Modes of operation_ many time key (CBC) (16 min).mp417.96MB

03 - Block Ciphers (week 2)/3 - 4 - More attacks on block ciphers (16 min).mp417.75MB

11 - Public Key Encryption from trapdoor permutations (week 6)/11 - 1 - Definitions and security (16 min).mp417.22MB

05 - Message Integrity (week 3)/5 - 5 - PMAC and the Carter-Wegman MAC (16 min).mp417.06MB

01 - Introduction ( Week 1 )/1 - 2 - What is cryptography_ (15 min).mp417.01MB

02 - Stream Ciphers (week 1)/2 - 6 - Semantic Security (16 min).mp416.8MB

05 - Message Integrity (week 3)/5 - 1 - Message Authentication Codes (16 min).mp416.55MB

06 - Collision Resistance (week 3)/6 - 2 - Generic birthday attack (16 min).mp416.14MB

10 - Intro. Number Theory (week 5)/10 - 1 - Notation (15 min).mp415.7MB

11 - Public Key Encryption from trapdoor permutations (week 6)/11 - 6 - RSA in practice (14 min).mp415.63MB

08 - Odds and ends (week 4)/8 - 2 - Deterministic Encryption (15 min).mp415.62MB

08 - Odds and ends (week 4)/8 - 4 - Tweakable encryption (15 min).mp415.58MB

07 - Authenticated Encryption (week 4)/7 - 6 - CBC padding attacks (14 min).mp414.99MB

01 - Introduction ( Week 1 )/1 - 5 - Discrete probability (crash course, cont.) (14 min).mp414.64MB

08 - Odds and ends (week 4)/8 - 1 - Key Derivation (14 min).mp414.57MB

12 - Public key encryption from Diffie-Hellman (week 6)/12 - 2 - ElGamal Security (14 min).mp414.53MB

03 - Block Ciphers (week 2)/3 - 5 - The AES block cipher (14 min).mp414.52MB

07 - Authenticated Encryption (week 4)/7 - 1 - Active attacks on CPA-secure encryption (13 min).mp414.02MB

10 - Intro. Number Theory (week 5)/10 - 4 - Arithmetic algorithms (13 min).mp413.89MB

08 - Odds and ends (week 4)/8 - 5 - Format preserving encryption (13 min).mp413.21MB

07 - Authenticated Encryption (week 4)/7 - 3 - Chosen ciphertext attacks (12 min).mp413.04MB

12 - Public key encryption from Diffie-Hellman (week 6)/12 - 4 - A Unifying Theme (12 min).mp412.93MB

03 - Block Ciphers (week 2)/3 - 6 - Block ciphers from PRGs(12 min).mp412.88MB

04- Using Block Ciphers (week 2)/4 - 1 - Review_ PRPs and PRFs (12 min).mp412.72MB

06 - Collision Resistance (week 3)/6 - 3 - The Merkle-Damgard Paradigm (12 min).mp412.58MB

09 - Basic key exchange (week 5)/9 - 2 - Merkle Puzzles (11 min).mp412.4MB

09 - Basic key exchange (week 5)/9 - 1 - Trusted 3rd parties (11 min).mp412.22MB

06 - Collision Resistance (week 3)/6 - 1 - Introduction (11 min).mp411.92MB

09 - Basic key exchange (week 5)/9 - 4 - Public-key encryption (11 min).mp411.83MB

02 - Stream Ciphers (week 1)/2 - 7 - Stream ciphers are semantically secure (11 min) [optional].mp411.73MB

01 - Introduction ( Week 1 )/1 - 1 - Course Overview (11 min).mp411.72MB

11 - Public Key Encryption from trapdoor permutations (week 6)/11 - 2 - Constructions (11 min) .mp411.29MB

12 - Public key encryption from Diffie-Hellman (week 6)/12 - 3 - ElGamal Variants With Better Security (11 min).mp411.27MB

05 - Message Integrity (week 3)/5 - 2 - MACs Based On PRFs (10 min).mp411.18MB

07 - Authenticated Encryption (week 4)/7 - 7 - Attacking non-atomic decryption (10 min).mp411.09MB

04- Using Block Ciphers (week 2)/4 - 5 - Modes of operation_ many time key (CTR) (10 min).mp410.44MB

06 - Collision Resistance (week 3)/6 - 6 - Timing attacks on MAC verification (9 min).mp49.39MB

05 - Message Integrity (week 3)/5 - 4 - MAC padding (9 min).mp49.3MB

06 - Collision Resistance (week 3)/6 - 4 - Constructing compression functions (8 min).mp48.78MB

04- Using Block Ciphers (week 2)/4 - 2 - Modes of operation_ one time key (8 min).mp47.98MB

06 - Collision Resistance (week 3)/6 - 5 - HMAC (7 min).mp47.83MB

12 - Public key encryption from Diffie-Hellman (week 6)/12 - 5 - Farewell (for now) (6 min).mp45.73MB

07 - Authenticated Encryption (week 4)/7 - 2 - Definitions (6 min).mp45.61MB