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Overview

  • Title: Introduction to Privacy
  • Provided by: Dept. of Computer Engineering, Myongji University
  • Lead by: Minho Shin (mhshin@mju.ac.kr, Rm5742)
  • Period: Fall semester, 2017
  • Location: 5701 at 5th Engineering Building
  • Time: Tuesdays, 10am to 1pm
  • Type: Graduate Seminar
  • Goal of the class
    • This class aims to familiarize students with current research topics in Privacy area
  • Resources

Participants

# Name Dept Advisor Mobile Phone Email Address
1 ZHANG ZHONG CE Minho Shin 010-2676-8912 zhangzhong219017@hotmail.com
2 Gun Noh CE Jonghoon Chun 010-4544-8169 laylow861@gmail.com
3 Sujeong Lee CE Minho Shin 010-3114-5814 sujunglee223@gmail.com
4 Yujin Kwon CE Seungchul Han 010-2386-5092 yujin2382@gmail.com
5 Minhae Jang CE Yeonseung Ryu 010-8851-9207 jully6363@naver.com

Agenda

Date Name Topic Slides Data Method Evaluation
2017.*.* Minho Topics in Data Privacy lecture-privacy.pptx
differentialprivacy2.pptx
data_new.zip

Term Project

  • Goal: Analyze the privacy levels of data using ARX + alpha
  • Steps
    1. Choose your data (already done)
      1. 권유진: adult
      2. Zhong: atus
      3. 장민해: cup
      4. 이수정: fars
      5. 노건: ihis
    2. Download your data and VHG
    3. Open the data in ARX
    4. Choose quasi-identifiers
    5. Choose one sensitive attribute
    6. Import VHGs
    7. Check if VHG is valid. If not, fix it.
      1. Generalization steps should be in detail
    8. Run de-identification algorithms
      1. run k-anonymity with k=3, 5, 10
        1. choose suppression limit as you wish
      2. run distinctive l-diversity with l=3, 5, 10
      3. run entropy l-diversity with l=3, 5, 10
      4. run t-closeness with your choice of t
    9. For each de-identified data do
      1. Compute Min/Max/Avg EQ group sizes
      2. Compute Min/Max/Avg # of different sensitive values
      3. Compute Min/Max/Avg entropy
      4. Compute GenInfoLoss
      5. Compute the privacy levels
        1. Compute identity-disclosure level
        2. Compute attribute-disclosure level
        3. Compute inference-disclosure level
        4. Analyze the results of privacy levels
    10. Discuss the results

Reading List

 
class/privacy2022sgrad.1645766939.txt.gz · Last modified: 2025/10/13 12:59 (external edit) · [Old revisions]
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