Course Syllabus

Course Information：

Year-Semester Course Number Course Name Phase Credits Hours Required/Elective Instructor Class Student NO. Withdraw Note

Spring Semester
Year 2023 316320 Blockchain Techniques and Applications 1 3.0 3 ★ Chen, Yu-Chi GCSIE
MSIS 40 0 資工四、資工所和資安學程合開

Year-Semester	Course Number	Course Name	Phase	Credits	Hours	Required/Elective	Instructor	Class	Student NO.	Withdraw	Note
Spring Semester Year 2023	316320	Blockchain Techniques and Applications	1	3.0	3	★	Chen, Yu-Chi	GCSIE MSIS	40	0	資工四、資工所和資安學程合開

Course Plan：

Instructor Chen, Yu-Chi　Office Hours

Email wycchen@ntut.edu.tw

Last Updated 2022-12-19 23:00:02

Course Objective 區塊鏈技術(作為比特幣等數位貨幣的核心)已重塑了金融交易與分散式交互方式之未來。同時它也被期待帶給我們一個更自組與可提供事實證明的數位化世界。抽象化區塊鏈構造是非常精巧的，它倚賴輕量化密碼學工具搭配分散式系統概念，完成了開放、安全且有效率的系統(如比特幣)。本課程為區塊鏈技術與應用上之概念介紹，包含：比特幣與區塊鏈設計、相關基礎密碼學工具、分散式網路與共識、區塊鏈應用。 Blockchain techniques (the core of cryptocurrencies such as Bitcoin) have reshaped the future of financial transactions and decentralized interactions. They are also expected to bring us a more self-organizing and dependent digital world. The abstraction of blockchain is very delicate. It relies on cryptography tools and decentralized system concepts to achieve an open, secure, and efficient system (such as Bitcoin). This course aims to introduce the concepts of blockchain techniques and applications, including Bitcoin and blockchain design, basic cryptography tools, decentralized networks and consensus, and blockchain applications.

Course Schedule 1. Intro to crypto and cryptocurrencies 2. Cryptography basic 3. Distributed consensus I 4. Distributed consensus II 5. Distributed consensus III 6. Byzantine and blockchain 7. Decentralization of Bitcoin 8. Mechanics of Bitcoin 9. Project progress report 10. Altcoins and the cryptocurrency ecosystem 11. Intro Defi 12. Smart contracts 13. Privacy on blockchain I 14. Privacy on blockchain II 15. Practical smart contract and Defi Security 16. Advanced topics 17. Final project presentation 18. Final project presentation

Evaluation and grading policy Class participation 10% Quizzes and exercises 40% Projects 50%

Materials All right reserved. Do not reproduce without permission.

Foreign-language textbooks:No
Ref: Bitcoin and Cryptocurrency Technologies by Arvind Narayanan et al.

The access to curricular consultation By email

The course corresponds to the SDGs

Note
Teams

Instructor	Chen, Yu-Chi　Office Hours
Email	wycchen@ntut.edu.tw
Last Updated	2022-12-19 23:00:02
Course Objective	區塊鏈技術(作為比特幣等數位貨幣的核心)已重塑了金融交易與分散式交互方式之未來。同時它也被期待帶給我們一個更自組與可提供事實證明的數位化世界。抽象化區塊鏈構造是非常精巧的，它倚賴輕量化密碼學工具搭配分散式系統概念，完成了開放、安全且有效率的系統(如比特幣)。本課程為區塊鏈技術與應用上之概念介紹，包含：比特幣與區塊鏈設計、相關基礎密碼學工具、分散式網路與共識、區塊鏈應用。 Blockchain techniques (the core of cryptocurrencies such as Bitcoin) have reshaped the future of financial transactions and decentralized interactions. They are also expected to bring us a more self-organizing and dependent digital world. The abstraction of blockchain is very delicate. It relies on cryptography tools and decentralized system concepts to achieve an open, secure, and efficient system (such as Bitcoin). This course aims to introduce the concepts of blockchain techniques and applications, including Bitcoin and blockchain design, basic cryptography tools, decentralized networks and consensus, and blockchain applications.
Course Schedule	1. Intro to crypto and cryptocurrencies 2. Cryptography basic 3. Distributed consensus I 4. Distributed consensus II 5. Distributed consensus III 6. Byzantine and blockchain 7. Decentralization of Bitcoin 8. Mechanics of Bitcoin 9. Project progress report 10. Altcoins and the cryptocurrency ecosystem 11. Intro Defi 12. Smart contracts 13. Privacy on blockchain I 14. Privacy on blockchain II 15. Practical smart contract and Defi Security 16. Advanced topics 17. Final project presentation 18. Final project presentation
Evaluation and grading policy	Class participation 10% Quizzes and exercises 40% Projects 50%
Materials	All right reserved. Do not reproduce without permission. Foreign-language textbooks:No Ref: Bitcoin and Cryptocurrency Technologies by Arvind Narayanan et al.
The access to curricular consultation	By email
The course corresponds to the SDGs
Note	Teams