【校內專職】 | ● 清大資工系 講座教授 (2006.8 - present) ● 清大資工系 教授 (1991.8 – 2006.7) ● 清大資工系 副教授 (1987.8 - 1991.7) |
【校內兼職】 | ● 清大電機資訊學院 代理院長 (2007.2 – 2007.4) ● 清大研究發展處 研發長 (2006.8 – 2010.1) ● 清大圖書館 館長 (1998.2 – 1998.7) ● 清大計算機中心 主任 (1998.2 – 1998.7) ● 清大秘書室主任 秘書 (1997.10 –1998.1) |
【校外兼職】 | ● 社團法人台灣積體電路設計學會 理事長 (2004.9 – 2006.8) ● 創意電子股份有限公司 共同創辦人、技術長 |
【榮譽】 | ● 教育部公費留學生 (1982) ● 國科會傑出研究獎 (1992-93, 1994-95, 1996-1997) |
【網站】 | ● http://www.cs.nthu.edu.tw/~ylin/ |
【教學】 | ● 電路與電子學、計算機輔助設計、 數位邏輯設計 |
【專長】 | ● 研究設計自動化、積體電路設計 |
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【課程說明】
Description of the course
This course is about the principles of digital logic and its implementation in circuits and systems. Modern electronics/computer engineers should be able to effectively utilize millions or even billions of logic gates available from advanced semiconductor manufacturing process. Logic design is fundamental to such applications as computer, audio/video/graphics, wired/wireless communication. Some technology from this course will be useful in other courses. For example, finite state machine is essential in compiler design.
♠ We will cover the following topics ♠
1. | Introduction to computer circuits |
2. | Two level Combinational Logic |
3. | Multilevel Combinational Logic |
4. | Programmable Logic |
5. | Arithmetic Logic Circuits |
6. | Sequential Logic Design |
7. | Sequential Logic Case Studies |
8. | Finite State Machine Design |
9. | Finite State Machine Optimization |
10. | Computer Organization |
【課程教材】
Course Material
♠ | Logic and Computer Design Fundamentals, 4th ed Mano & Kime Prentice Hall |
【教學方式】
Teaching Method
♠ | Lecturing |
♠ | Home work |
♠ | Machine problem (Using Verilog Hardware Description Language and its Simulator) |
♠ | Quiz, Two Midterms and Final Exam |