一、課程說明(Course Desc<x>ription)
<br>
<br>This course introduces the basic theory of digital logic design and the 
<br>implementation of logic circuit. In the beginning, binary number systems, 
<br>simple boolean algebra, and switching functions are presented. The 
<br>optimization method for combinational logic, which is the most important 
<br>portion of the digital logic design, will be presented in detail in this 
<br>section. Then, basic storage registers such as D-flip-flop, J-K-flip flop etc 
<br>will be introduced in the section of the synchronous sequential logic, which 
<br>will form a foundation for useful control technique - finite-state machine. 
<br>After that combination logic and sequential circuits are combined to support 
<br>number control in the digital system. The design for the registers and 
<br>counters are taught in different types. Finally, the basic 
<br>desc<x>ription of digital logic, Register Transfer Level, will be introduced, 
<br>which will form the basic concept to develop the digital system through the 
<br>hardware desc<x>ription language.
<br>
<br> 二、指定用書 (Text Books)
<br>
<br>William J. Dally and R. Curtis Harting, Digital Design - A Systems Approach, 
<br>2013, Cambridge University Press.
<br>
<br>三、教學方式 (Teaching Method)
<br>
<br>Lectures
<br>
<br>四、教學進度 (Syllabus)
<br>
<br>1) Digital Abstraction
<br>2) Boolean algebra
<br>3) Combinational logic design
<br>4) Combinational building blocks
<br>5) Artithmetic Circuits
<br>6) Sequential Logic 
<br>7) Data Path Sequential Logics 
<br>
<br>五、成績考核 (Evaluation)
<br>
<br>Quiz 40%, Midterm Exam 30%, Final Exam 30%
<br>
<br>六、可連結之網頁位址
<br>
<br>eeclass 課程系統
<br>