課程目標： 
<br>1.	具體瞭解區塊鏈核心技術。 
<br>2.	深入瞭解共識技術
<br>3.	實務了解智慧合約技術
<br>4.	具體瞭解加密貨幣及其他區塊鏈應用
<br>先修科目： Data Structures, Algorithm, Programming
<br>課程大綱：
<br>1.	區塊鏈發展簡介
<br>2.	加密技術簡介
<br>3.	區塊鏈共識技術 (Proof-of-Work, Proof-of-Stake)
<br>4.	智慧合約的原理及實作
<br>5.	比特幣、以太幣及其他加密貨幣
<br>6.	其他之應用
<br>指定用書：自編最新論文選
<br>參考書籍：
<br>1.	Bitcoin and Cryptocurrency Technologies: A Comprehensive Introduction, by 
<br>Arvind Narayanan, Joseph Bonneau, Edward Felten, Andrew Miller, Steven Goldfeder, 
<br>2016
<br>2.	Introducing Ethereum and Solidity: Foundations of Cryptocurrency and 
<br>Blockchain Programming for Beginners, by Chris Dannen, 2017
<br>3.	The Science of the Blockchain, by Roger Wattenhofer, 2017
<br>4.	Mastering Bitcoin: Programming the Open Blockchain, by Andreas M. 
<br>Antonopoulos, 2017
<br>5.	Blockchain Basics: A Non-Technical Introduction in 25 Steps, by Daniel 
<br>Drescher, 2017
<br>教學方式：以課堂講課及討論為主
<br>教學進度：
<br>1.	區塊鏈發展簡介
<br>2.	加密技術簡介
<br>3.	雜湊技術簡介
<br>4.	Merkle Tree and Merkle Patricia Tree
<br>5.	P2P Network
<br>6.	共識技術 (Proof-of-Work, Proof-of-Stake)
<br>7.	匿名性與身分辨識Anonymity and Identity
<br>8.	比特幣、以太幣及其他加密貨幣
<br>9.	智慧合約的原理及實作，Solidity
<br>10.	各式電子錢包技術
<br>11.	區塊鏈平台Blockchain as a Platform
<br>12.	各式應用
<br>成績考核：期中、期末考及期末專題
<br>