Pierre Karpman's Webpage

Teaching

2019-2020
Autumn semester

• Programmation, L3-MI, UGA
  

  • CTD1 [Slides] [Exercices] [Source].
  • CTD2 [Slides].
  • CTD3 [Slides].
  • CTD4 [Slides] [Exercices].
  • CTD5 [Slides] [Exercices].
  • CTD6 [Slides].
  
  
  • TP1 [Sujet].
  • TP2 [Sujet].
  • TP3 [Sujet].
  • TP4 [Sujet].
  • TP5 [Sujet].
  • TP6 [Sujet].
  • TP7.I [Sujet].
  • TP7.II [Sujet].
  • TP8 [Sujet].

• Crypto Engineering (GBX9SY03), M2, UGA & ENSIMAG
  

  • CM0 [Slides].
  • CM1 [Slides].
  • CM2 [Slides].
  • CM3 [Slides].
  • CM4 [Slides].
  • CM5 [Slides].
  
  
  • TD0.1 [Exercices].
  • TD0.2 [Exercices].
  • TD1 [Exercices].
  • TD2 [Exercices].
  • TD3 [Exercices].
  
  
  • TP1 [Subject] [Source].
  • TP2 [Subject] [Source].
  • TP3 [Subject] [Source].

2018-2019
Autumn semester

• Advanced Cryptology (GBX9SY06), M2, UGA & ENSIMAG
  

  • Lecture notes (codes, references missing) [PDF].
  • Exercises [PDF].
  • S-box pictures [tar.bz2].
  • Project [PDF] [.sage].
  • List Decoding [GitHub].

• Crypto Engineering (GBX9SY03), M2, UGA & ENSIMAG
  

  • CM1 [Slides].
  • CM2 [Slides].
  • CM3 [Slides].
  • CM4 [Slides].
  
  
  • TD1 [Exercices].
  • TD2 [Exercices].
  
  
  • TP1 [Subject] [Source].
  • TP2 [Subject] [Source].

• Security Architecture, M2, UGA & ENSIMAG
  

  • CM1-2 [Slides].

Spring semester

• Introduction to cryptology (GBIN8U16), M1, UGA
  

  • CM1 [Slides].
  • CM2 [Slides].
  • CM3 [Slides].
  • CM4 [Slides].
  • CM5 [Slides].
  • CM6 [Slides].
  • CM7 [Slides].
  • CM8 [Slides].
  • CM9 [Slides].
  
  
  • TD1 [Exercices].
  • TD2 [Exercices].
  • TD3 [Exercices].
  • TD4 [Exercices].
  • TD5 [Exercices].
  • TD6 [Exercices].
  
  
  • TP [Subject] [Source].
  
  

  Suggested exercise books:

  • Damien Vergnaud, Exercices et problèmes de cryptographie
  • Thomas Baigniès, Pascal Junod, Yi Lu, Jean Monnerat, Serge Vaudenay, A Classical Introduction to Cryptography Exercise Book

• Cryptology complementary, M1, UGA
  

  • Session 1 [Slides].
  • Session 2 [Slides] [Exercices].
  • Session 3 [Slides] [Exercices].
  • Session 4 [Slides] [Exercices].
  
  
  • TP [Subject] [Source].
  
  

• Programmation orientée objet, L3-MI, UGA
  

  • Cours (en cours de mise à jour) [Slides].
  
  
  • TD1 [Exercices].
  • TD2 [Exercices].
  • TD3 [Exercices].
  • TD4 [Exercices].
  • TD5 [Exercices].
  
  
  • TP1 [Sujet].
  • TP2 [Sujet].
  • TP3 [Sujet].
  • TP4 [Sujet].

2017-2018
Autumn semester

• Crypto Engineering (GBX9SY03), M2, UGA & ENSIMAG
  

  • Lecture (hash functions) [Slides].
  • TD (hash functions) [Exercices].
  • TP (AES simple square attack) [Subject] [Source].
  • Reading material.

• Advanced Cryptology (GBX9SY06), M2, UGA & ENSIMAG
  

  • Lecture notes (block ciphers 1) [PDF].
  • Lecture notes (block ciphers 2) [PDF].
  • Lecture notes (block ciphers 3) [PDF].
  • Two small exercises [PDF].
  • Optional homework [PDF].

Spring semester

• Introduction to cryptology (GBIN8U16), M1, UGA
  

  • CM1 [Slides].
  • CM2 [Slides].
  • CM3 [Slides].
  • CM4 [Slides].
  • CM5 [Slides].
  • CM6 [Slides].
  • CM7 [Slides].
  • CM8 [Slides].
  • CM9 [Slides].
  • CM10 [Slides].
  • CM11 [Slides].
  
  
  • TD1 [Exercices].
  • TD2 [Exercices].
  • TD3 [Exercices].
  • TD4 [Exercices].
  • TD5 [Exercices].
  • TD6 [Exercices].
  • TD7 [Exercices].
  
  
  • TP [Subject].
  
  
  • Final Exam [Subject].

• Cryptology complementary, M1, UGA
  

  • Session 1 [Slides] [Exercices].
  • Session 2 [Slides] [Exercices].
  • Session 3 [Slides].
  • Session 4 [Slides].
  • Session 5 [Slides] [Exercices].
  • Session 6 [Slides].
  
  
  • TP [Subject].
  
  
  • Final Exam [Subject].

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Vulgarisation

I once had to explain (part of) my PhD work with a poster. This was the comic result (in French).

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