Shun-Shii
Lin (林順喜)
was born on June 10, 1959 in Changhwa, Taiwan, Republic of China. He received
the B.S. degree in Computer Engineering from the National Chiao-Tung University
in 1981 and the M.S. and Ph.D. degrees in Computer Science and Information
Engineering from the National Taiwan University in 1985 and 1990, respectively.
From August 1986 to July 2001, he was on the faculty of the Department of
Information and Computer Education of the National Taiwan Normal University. He
was also a department head of the university from August 1994 to July 1996. He
was a Visiting Scholar in the Department of Computer Science, University of
Illinois at Urbana-Champaign in 1993. Starting August 2001 He is a professor and
also serves as the director of the Graduate Institute of Computer Science and
Information Engineering of the National Taiwan Normal University, Taiwan,
Republic of China. Dr. Lin is a member of the Institute of Information and Computing
Machinery and the Phi Tau Phi Scholastic Honor Society. He was the winner of the
1996 and 1997 Acer Long Term Award for Outstanding M.S. Thesis Supervision, the
winner of 2002 National Science Council Award for Outstanding M.S. Thesis
Supervision, the winner of 2003 IICM (Institute of Information & Computing
Machinery) Award for Outstanding M.S. Thesis Supervision, the winner of 2004
TAAI (Taiwanese Association for Artificial Intelligence) Award for Outstanding
Ph.D.
Thesis Supervision, Republic of China. He also obtained the 1994-1998 Research
Achievement Award of the National Science Council of the Republic of China and
the 1999 Research Award of the National Taiwan Normal University. His research
interests include Design and Analysis of Algorithms, Parallel Processing,
Real-Time System Scheduling and Artificial Intelligence.
Till 2015, he has advised his students to win 17 gold medals in the domestic/international Computer Game Tournaments. He has advised 10 Master students to win the Outstanding Master's thesis Awards. He has also advised 5 Ph.D graduated students. Among them, 3 have won the Outstanding Ph.D dissertation Awards. His most famous student is Aja Huang (黃士傑) who is one of the key developers behind AlphaGo that beats the world human Go champion in 2016.
中文簡歷：
林順喜教授為交大計算機工程系學士、臺大資工系碩士及博士，目前為臺灣師大資工系教授，研究興趣為演算法及人工智慧。截至2015年年底，林順喜教授共指導學生們參加國內外對局競賽共榮獲17面金牌。指導碩士畢業生共10位榮獲碩士論文獎。另總共指導5位博士畢業生，其中3位榮獲博士論文獎。其中最有名的是黃士傑(Aja Huang)博士，他是AlphaGo的主要研發者。AlphaGo於2016年打敗了人類棋王李世乭。
The
story behind AlphaGo: 
It
was an exciting moment that AlphaGo beat the world Go champion and it
represented a historical moment for the advancement of AI. Hence, I would like to talk something about the road from Ko fight, Computer Olympiad gold, to AlphaGo beating the world Go champion.
Ko plays a very important role in Go, but most earlier-developed computer Go programs still cannot handle ko fights. In 2001, we (I and Aja Huang) started the first study to deal with this difficult problem. Utilizing the principle of game theory, we obtain the best strategies for the Go programs to gain maximum or loss minimum profit when dealing with the Ko fights.
In 2011, we (Aja Huang, Rémi Coulom and I) proposed some new heuristics of Monte Carlo Tree Search focused on the successful application of Simulation Balancing and various time management schemes for Go. These results let our Go program ERICA win the gold medal in the 19×19 Go tournament at the 2010 Computer Olympiad, Japan. Many techniques like Monte Carlo Tree Search were still used in
AlphaGo.
Due to these outstanding results, a road was occasionally built at NTNU in 10 years to advance the birth of AlphaGo to beat the human world Go champion.
AlphaGo背後的故事：
AlphaGo打敗人類棋王是一個令人驚嘆的時刻，它也代表了人工智慧一個歷史性的成就時刻。在此我將談一談從劫爭、奪奧金、到AlphaGo贏棋王之路上的一些事。
劫爭在圍棋裏佔據了十分重要的位置，然而早期的電腦圍棋程式大都不具備打劫的能力。在2001年我們(我和黃士傑)就開始研究這個困難的問題，利用賽局理論，我們得出本劫最佳的打劫策略，使得電腦圍棋程式在處理本劫時，能在局部求得獲利最大或損失最小的下法。
在2011年，我們(黃士傑、Rémi Coulom和我)針對「蒙地卡羅樹搜尋」提出一些新的啟發式演算法，成功的將「模擬平衡化」(Simulation Balancing)應用到圍棋。另提出各種不同之時間控制的方法。所有的實驗都是執行在我們的圍棋程式 ERICA，而 ERICA 正是得益於這些啟發式演算法與實驗結果，成功取得了2010 年在日本舉辦的電腦奧林匹亞的19路圍棋金牌。許多技術如「蒙地卡羅樹搜尋」仍被用於AlphaGo。
由於這些傑出的成果，在這10年中，我們在台灣師大偶然地造出了一條道路，促進了AlphaGo的誕生，終於打敗了人類的棋王。