SemesterSpring Semester, 2025
DepartmentMaster Program in Information Security, First Year Master Program in Information Security, Second Year
Course NamePost-Quantum Cryptography
InstructorKuo Po-Chun
Credit3.0
Course TypeSelectively
Prerequisite
Course Objective
Course Description
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週次



課程主題



課程內容與指定閱讀



教學活動與作業



1



傳統密碼學



 Traditional Cryptography



 



自製講義



Self-prepared course materials



2



Alternative Learning



 



 



3



量子計算



Quantum Computation



簡介 Shor 演算法



Intro. to Shor’s algorithm



自製講義



Self-prepared course materials



4



後量子密碼學



Post-Quantum Cryptography



基本的數學與計算



Math and computation in PQC



自製講義



Self-prepared course materials



5



雜湊函數密碼學



Hash-based Cryptography



雜湊函數密碼系統



Hash-based Cryptosystems



自製講義



Self-prepared course materials



6



理論密碼學基礎



Theoretical Cryptography



密碼學基礎理論與歷史



Fundamental Theoretical Cryptography



自製講義



Self-prepared course materials



7



停課



Suspension



 



 



8



多變量密碼學



MQ Cryptography



多變量密碼系統與安全分析



MQ Cryptosystems



自製講義



Self-prepared course materials



9



格密碼學



Lattice-based Cryptography



格問題及其應用



Lattice problem and its applications



自製講義



Self-prepared course materials



10



格密碼學



Lattice-based Cryptography



格密碼系統



Lattice-based cryptosystems



自製講義



Self-prepared course materials



11



期中考



Midterm Exam



 



 



12



碼密碼學



Code-based Cryptography



碼密碼系統與安全分析



intro. to Code and Code-based Cryptosystems



自製講義



Self-prepared course materials



13



後量子密碼學標準



PQC Standard



介紹並分析 FIPS-203, 204, 205



Intro. to FIPS-203, 204, 205



自製講義



Self-prepared course materials



14



停課



Suspension



 



 



15



進階密碼學



Advance Cryptography



全同態加密



intro. to fully homomorphic encryption



自製講義



Self-prepared course materials



16



期末考



Final Exam



 



 



17



期末報告



Presentation



 



 



18



彈性自主學習



Alternative Learning



 



 



Teaching Methods
Teaching Assistant
Requirement/Grading

Midterm: 25%



Final Exam: 25%



Paper Presentation: 30%



Homework (4 times): 20%


Textbook & Reference

INTRODUCTION TO MODERN CRYPTOGRAPHY (Second Edition), Jonathan Katz and Yehuda Lindell



Post-Quantum Cryptography, Daniel J. Bernstein, Johannes Buchmann, Erik Dahmen



A Graduate Course in Applied Cryptography, Dan Boneh and Victor Shoup


Urls about Course
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