CS548 Advanced Information Security

Tuesday and Thursday, 14:30 ~ 16:00 / 2443, E3, KAIST

Click here to download a syllabus file. It includes a course description, references, grading procedure, and course schedule.

Instructor: Prof. Kwangjo Kim (Instructor's webpage)

Teaching Assistant: Junhyun Yim(junhyunv AT kaist.ac.kr)

Objective:

Since the information security technology is changing fast and evolving each year like an endless battle between honest and dishonest parties, we need to catch up new technologies as early as possible. This course deals with the advanced level on information security and cryptology for the practical and up-to-date applications.  The students are encouraged to challenge to understand the latest advances on information security and to practice to write the high-quality security paper based on his/her preference. 

Grading Policy:

Final Exam (20%), Quiz (5%), HW (10%), Presentation (30%), Term Project(30%), Attendance (5%)

NOTICE:

· If you have question, send e-mail to TA. (subject of e-mail  must start with [CS548])

· A.J. Menezes, P.C. van Oorschot, S.A. Vanston: Handbook of Applied Cryptography, CRC Press, 1997, ISBN 0-8493-8523-7

· 최근 2년간의 Term Project 자료입니다. 참고하세요. [download

· Paper Presentation 발표자료는 발표전까지 junhyunv@gmail.com으로 보내주세요.(2010/02/23)

· Paper Presentation 일정은  여기를 클릭하여 확인하세요. (2010/02/25)

· TP Presentation 일정이 공지되었습니다. 여기를 클릭하여 확인하세요. (2010/03/30)

· Elliptic Curve Public Key Cryptosystem, Alfred Menezes 저, 김광조 역 - Reference (2010/04/23)

· TP Presentation은 발표 15분, 질의 응답 5분으로 진행됩니다. 발표 자료는 junhyunv@gmail.com으로 보내주세요.(2010/5/4)

· TP Paper는 영문으로 작성하여, 5/20 (목) 까지 junhyunv@kaist.ac.kr으로 보내주세요.(2010/5/4)

· Final Exam입니다. 답안을 작성하여 5/20 (목) 16:00 까지 junhyunv@kaist.ac.kr으로 보내주세요. (2010/5/13)

· Term Paper 점검이 완료되었습니다.  수령하실 분은 5월 28일까지 문지캠퍼스 R504호로 찾아오세요. (2010/5/27)

· 성적이 게시되었습니다. 문의는 junhyunv@kaist.ac.kr로 해주세요. (2010/5/27)

Course Schedule:

Week

Topic

Remark

1

Introduction (revised)

 

2

Conventional Cryptosystem

 

3

Block Cipher (revised)

Term Project Proposal (2/18)

4

Paper presentation #1

 

5

Stream Cipher

 

6

Paper presentation #2 

 

7

Hash Function / MAC


8

Mid-term Exam

 

9

PKC1 / PKC2

 

10

Paper presentation #3

 

11

Digital Signature

 

12

Paper presentation #4

 

13

Identification & ZKIP / RFID-Security

 

14

TP Presentation #1

 

15

TP Presentation #2

Term Paper (5/20)

16

Final Exam

 

**Schedule can be subject to change slightly.

Useful links:

If you want to get more information of information security, click here.