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1. Course Title Modern Cryptography
2. Course Number ICE605
3. Professor Kwangjo Kim
4. *Lec:Exp:Cre 3:0:3
5. Lecture Times Mon/Wed (16:00 ~ 17:30)
6. Lecture Room L102
7. Contact Office: R501
Tel: 042-866-6118
E-mail:
k k j @ i  c u . a c . k r
* Lec : Lecture(°­Àǽüö),Exp : Experiment(½ÇÇè½Ã¼ö), Cre : Credit(ÇÐÁ¡)

8. Course Objectives

As an introductory course to cryptography and information security, this lecture introduces the security notions and basic building blocks of modern cryptography. We discuss two typical cryptosystems- symmetric cryptosystems that include block ciphers (DES and AES) and stream ciphers, and public key (asymmetric) cryptosystems like RSA, ElGamal, Elliptic Curve Cryptosystem, etc. The hash function, digital signature, key management and identification scheme including zero knowledge proof are also discussed. No prerequisites are required.

 

9. Textbook

  • Main Textbook :
    Douglas R. Stinson, Cryptography-Theory and Practice, 3rd Ed. CRC Press, 2006, ISBN 1-58488-508-4
 

10. Evaluation

Classification Midterm Exam. Quiz Final Exam. Homework Term Project Attendance Totoal
Percentage 20% 10% 25% 15% 25% 5% 100%
 

11. Course Schedule

Week Contents Remark
1st

Introduction/Conventional Cipher

 
2nd

Block Cipher (I)

Homework #1
3rd

Block Cipher (II)

Quiz #1
4th

Cryptanalysis

Homework #2
5th

Stream Cipher

Quiz #2
6th

Hash Function/MAC

TP Report  #1
7th

Mid-term Exam

 
8th

Public Key Cryptosystem(I)

 
9th

Public Key Cryptosystem(II)

Homework #3
10th

Digital Signature(I)

Quiz #3
11th

Digital Signature(II)

Homework #4
12th

Identification

Quiz  #5
13th

ZKIP/Key Management

Homework #5
14th Term Project presentation TP Report Final
15th Final Exam.  
Above 'Course Schedule' is supposed to be changed depending on circumstances.

12. Teaching Assistant

Lee Hyun Rok(ÀÌÇö·Ï)

  • Office: 042-866-6234 (R504)
  • Fax : 042-866-6273
  • E-mail: t a n k @ i  c u . a c . k r