國立雲林科技大學授課科目教學計畫表

P.1

科目名稱:Optical Signal Processing

 

學期課號:9711324

講授-實習-學分:3-0-3

 

學年:97

學期:上

系所年級:電機系碩一

教師:張軒庭

 

教學目標:藉由本課程之修習,可以使學生學習光學之原理與光學元件與裝置之特性,並將之使到信號處理的各種應用上,尤其是二維與三維的影像信號處理。例如影像相關性運算,影像加密,圖形辨識等等。

 

教學活動及評量方式:

課堂講解,評量方式: Midterm-30%, Final-30%, Paper presentation & Project: 40%

 

教科書及參考書(請依作者,書名,版次,出版人,出版地,出版年月,起訖頁次等順序填寫):

Text Books:

(1)   Bradley G. Boone, Signal Processing using Optics: fundamentals, devices, architectures, and applications, Oxford University Press Inc., New York, 1998

Reference Books:

1.          J.W. Goodman, Introduction to Fourier Optics, 3nd Edition, Roberts & Company Publishers, United States, 2005開發書局代理

2.          F.T.S. Yu, S. Jutamulia, and S. Yin (Editors), Introduction to Information Optics, Academic Press, London 2001 華通書坊代理

3.          F. Yu and I.C. Khoo, Principles of Optical Engineering, John Wiley & Sons, 1990

4.          J. Gaskill, Linear Systems, Fourier Transforms, and Optics, John Wiley & Sons, 1978

 

International Journals:

1.      Optical Engineering

2.      Applied Optics: Information Processing

3.      Journal of Optical Society of America, A

4.      Optics Communications

5.      Optics Letters

6.      Optics Express

 

Magazines:

1.      OPN: Optics and Photonics News

2.      OE Magazine

3.      Physics Today

 

 

其他說明:(Office Hours、上課時間、教室…)

Office Hour: Tuesday 10:00~12:00  Room: EL233

Phone: 05-5342601 ext. 4263

Email: htchang@yuntech.edu.tw

 

 

學程召集:人:

 

填表教師:

張軒庭

 

或系所主管

 

 

97 95

 

註:請授課教師依教學大綱填寫本表,並分送課程所屬學程(或系所)及上課班級學生。

 

 

 



國立雲林科技大學授課科目教學計畫表

P.2

科目名稱:

 


週次

上課日期

                 

  

 

0918

Two dimensional linear systems

 

 

0925

Two dimensional linear systems

 

 

1002

Stochastic processes and nonlinear systems

 

 

1009

Stochastic processes and nonlinear systems

 

 

1016

Mathematical transformations used in optical signal processing

 

 

1023

Mathematical transformations used in optical signal processing

 

 

1106

Fundamental properties of light and geometrical optics

 

 

1113

Fundamental properties of light and geometrical optics

 

 

1120

期中考

 

10

1127

Summary of physical optics

 

11

1204

Summary of physical optics

 

12

1211

Fourier transform and imaging properties of optical systems

 

13

1218

Fourier transform and imaging properties of optical systems

 

14

1225

Light sources and detectors & Spatial light modulators

 

15

0101

放假

 

16

0108

Optical spectrum analysis and correlation

 

17

0115

Image and matched spatial filtering

 

18

0122

期末考

 

19

 

 

 

20