112學年第一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) : 數位訊號處理導論
英文 (English) : Digital Signal Processing
必選修類別 Required/Elective
選修Elective
先修課程 Prerequisites
學分數 Credits
3 - 0
先修課程說明 Prerequisites instruction
課程概述 (系所共同性目標) Course Description
This is an introductory course for digital signal processing (DSP). This course provides a modern and self-contained introduction to digital signal processing. Also by introducing useful applications and additional special topics, a broader perspective will be provided to form the background for more advanced courses. This course plans to cover: Discrete-Time Signals and Systems, Time-Domain Analysis, z-Transform Analysis, Frequency Domain Analysis, Filter Concepts, Digital Processing of Analog Signals, and MATLAB Examples.
■ 課程目標及內涵 (Course Objectives and Contents) This is an introductory course for digital signal processing (DSP).
(1) This course provides a modern and self-contained introduction to digital signal processing.
(2) Also by introducing useful applications and additional special topics, a broader perspective will be provided to form the background for more advanced courses.
(3) This course plans to cover: (a) Discrete-Time Signals and Systems, (b) Time-Domain Analysis, (c) z-Transform Analysis, (d) Discrete Time Fourier Analysis, (e) Frequency Domain Analysis, (f) Filter Concepts, (g) Digital Processing of Analog Signals, and (h) MATLAB Examples.
■ 多元教學方式 (Muliti-Teaching Methods) 說明:除了課堂講授與考試測驗之外,本課程在學期中可能會運用到以下哪些教學方式,以期能進一步提升學生學習成效 Direction: In addition to course teaching and regular exams, which of the following methods may also be used to promote students’ learning outcome
■ 主要參考書籍/資料 (Textbooks and References)
(教科書遵守智慧財產權觀念不得非法影印) 1.Discrete-time signal processing, 3rd edition
作者: Alan V. Oppenheim, Ronald W. Schafer
Prentice Hall, 2010
全華圖書代理
離散時間訊號處理 (Discrete-Time Signal Processing, 3/e)
陳常侃、王鵬華、丁建均 譯
出版商: 培生, 2011
3. Essentials of Digital Signal Processing: Using MATLAB 3/e
Authors: Vinay K. Ingle; John G. Proakis
年份: 2016年
滄海圖書代理
4. Digital Signal Processing: A Modern Introduction
作者:Ambardar, 2007
滄海圖書代理
5. 數位訊號處理-Python 程式實作(第二版)
作者:張元翔, 2019
全華圖書出版
■ 本課程是否有使用原文書 Does This Curriculum Use the Original Textbook (English) 是(Yes)
■ 教學進度(Course Schedule) - 期中考前後(2 Stage)
週次 Week
日期Date
1
112/09/10 ~ 112/09/16 9/11第1學期開始上課
(1)
.Discrete-Time Signals and Systems:
.Operations on discrete signals; decimation and interpolation
.Standard discrete signals; discrete-time harmonics and sinusoids
(2)
.z-Transform:
.Two-sided z transform; properties of two-sided z transform; poles, zeros, and z-plane
.Causality and stability of LTI systems; inverse z transform
.One-sided z transform; z transform and system analysis
(3)
.Sampling:
.Sampling theorem
.Digital processing of analog signals: Ideal samplin; sampling, interpolation, and signal recovery
(4)
.Transform Analysis of LTI Systems:
.Discrete-time systems; digital filters
.Response of digital filters; solving difference equations; zero-input and zero-state responses
.Impulse response; system representation in various forms; application examples
.Discrete convolution; convolution properties; convolution of finite sequences
.Stability and causality of LTI systems; system response to periodic inputs; circular convolution, deconvolution, discrete correlation
2
112/09/17 ~ 112/09/23 9/22加退選課程結束(特殊加選及網路退選截止)
3
112/09/24 ~ 112/09/30 9/29中秋節(放假)
4
112/10/01 ~ 112/10/07 10/6特殊退選課程申請截止
5
112/10/08 ~ 112/10/14 10/9調整放假、10/10國慶日(放假)
6
112/10/15 ~ 112/10/21
7
112/10/22 ~ 112/10/28
8
112/10/29 ~ 112/11/04 11/2校慶紀念日、全校運動大會(停課照常上班)
9
112/11/05 ~ 112/11/11 期中考週
10
112/11/12 ~ 112/11/18
(5)
.Filter Design:
.Frequency response and filter characteristics; FIR filters
.IIR filters; all-pass filters
(6)
.Discrete Time Fourier Transform:
.DTFT; properties of DTFT
.DTFT of discrete-time periodic signals; inverse DTFT; frequency response; system analysis using DTFT
(7)
.Structures for Discrete-Time Systems:
.Block diagram representation of linear constant-coefficient difference equations
.Basic structures for IIR systems