111學年第二學期東海大學教師授課計劃表
Course Plan of Tunghai University
一、課程基本資料 Course Information
開課系所 Department
(日)資工系Department of Computer Science
課程名稱 Course Title
中文 (Chinese) : 邏輯設計
英文 (English) : Logic Design
必選修類別 Required/Elective
必選Required
先修課程 Prerequisites
數位系統
學分數 Credits
0 - 3
先修課程說明 Prerequisites instruction
課程概述 (系所共同性目標) Course Description
Boolean algebra as well as the analysis and design of combinational logic and sequential logic will be introduced.
本課程是否為 英語授課(Taught in English)
否(No)
二、教師相關資料 Instruction Information
授課教師資料
授課教師 Instructor
黃士耘
/ shihyh@thu.edu.tw
/
行動電話
常用聯絡方式
上課時間、地點 Class Time And Classroom
二/2,3,4[A103]
晤談時間、地點 Office Hours And Classroom
二/6,7
三、課程大綱 Syllabus (本課程大綱教師得依實際教學進度及學生學習情況進行調整)
■ 課程目標及內涵 (Course Objectives and Contents) 1. Basic treatments of digital circuits and the fundamental concepts of digital systems.
2. To understand basics of digital systems, including
(a) Boolean logic, (b) minimizations of Boolean function, (c) design of combinational and sequential circuits, registers, counters.
3. To understand Verilog HDL.
4. To be able to analyze and design simple digital systems.
1. Digital systems and binary numbers:
Number representation systems and conversion
Binary numbers and arithmetic
Boolean logic
2. Boolean algebra and logic gates:
Boolean functions and operations
Axiomatic expression of Boolean logic
DeMorgan’s theorem
Logic gates
Minimization and minterms
3. Gate-level minimization:
Simplification methods
The Map method
Products-of-Sums
Don’t care conditions
NAND and NOR gates
4. Combinational logic:
Analysis and design of logic circuits
Decoders
Encoders
Multiplexers
2
112/02/19 ~ 112/02/25 2/24加退選課程結束（ 特殊加選及網路退選截止）
3
112/02/26 ~ 112/03/04 2/27、2/28和平紀念日（放假）
4
112/03/05 ~ 112/03/11 3/10特殊退選課程申請截止
5
112/03/12 ~ 112/03/18
6
112/03/19 ~ 112/03/25
7
112/03/26 ~ 112/04/01
8
112/04/02 ~ 112/04/08 4/3調整放假、4/4兒童節及4/5民族掃墓節（放假）
9
112/04/09 ~ 112/04/15 4/10-4/15期中考週
10
112/04/16 ~ 112/04/22
5. Synchronous sequential logic:
Sequential circuits
Storage components
Latches
Flip-Flops
Clocked circuits
State reduction
6. Registers and counters:
Shift registers
Synchronous counters
7. Memory and programmable logic
