東吳大學教師授課計劃表

檔案產生時間:2022/3/4 下午 07:57:52
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一、課程基本資料 Course Information
科目名稱 Course Title:
(中文)物聯網應用
(英文)APPLICATIONS OF INTERNET OF THINGS
開課學期 Semester:110學年度第2學期
開課班級 Class:資碩專一
授課教師 Instructor:楊欣哲 YANG, SHIN-JER/林聰武 LINTSONG-WUU
科目代碼 Course Code:WCP80301 單全學期 Semester/Year:單 分組組別 Section:
人數限制 Class Size:14 必選修別 Required/Elective:選 學分數 Credit(s):3
星期節次 Day/Session: 二ABC  前次異動時間 Time Last Edited:111年01月09日11時08分
資訊管理學系(碩士在職專班)基本能力指標 Basic Ability Index
編號
Code
指標名稱
Basic Ability Index
本科目對應之指標
Correspondent Index
達成該項基本能力之考評方式
Methods Of Evaluating This Ability
1獨立思考與分析決策的能力
Ability of independent thinking and analysis decision.
》出缺席狀況
》課堂討論與表現
》報告(含個人或小組、口頭或書面、專題、訪問、觀察等形式)
》作業成績
》實作(含分組演練/合作等)
》資料蒐集與分析
》學習綜合表現
2實務個案分析與解決組織問題的能力
Ability to analyze practical cases and solve problems in organizations.
》出缺席狀況
》課堂討論與表現
》報告(含個人或小組、口頭或書面、專題、訪問、觀察等形式)
》作業成績
》實作(含分組演練/合作等)
》資料蒐集與分析
》學習綜合表現
》方案需求評估
3資訊思維與管理之創新整合與應用的能力
Ability of information thinking and management for innovative integration and applications.
》出缺席狀況
》課堂討論與表現
》報告(含個人或小組、口頭或書面、專題、訪問、觀察等形式)
》作業成績
》實作(含分組演練/合作等)
》資料蒐集與分析
》學習綜合表現
4人際合作與溝通協調的能力
Ability of collaboration and communication coordination.
》出缺席狀況
》課堂討論與表現
》報告(含個人或小組、口頭或書面、專題、訪問、觀察等形式)
》作業成績
》實作(含分組演練/合作等)
》資料蒐集與分析
》團隊參與
》人際實驗作業
》學習綜合表現
5應用資訊科技於問題解決的能力
Ability to solve problems using information technology.
》出缺席狀況
》課堂討論與表現
》報告(含個人或小組、口頭或書面、專題、訪問、觀察等形式)
》作業成績
》實作(含分組演練/合作等)
》資料蒐集與分析
》團隊參與
》學習綜合表現
二、指定教科書及參考資料 Textbooks and Reference
(請修課同學遵守智慧財產權,不得非法影印)
●指定教科書 Required Texts
"Applications in IoT -- Part I: Technical Issues and Application Domains in IoT"
自編講義--PP Slides: 2022版本 (PP Slides: 2022 Version)
●參考書資料暨網路資源 Reference Books and Online Resources
(1) Rajkumar Buyya and Amir Vahid Dastjerdi (2016), “Internet of Things: Principles and Paradigms”, Morgan Kaufmann Publishers, USA.
(2) Olivier Hersent, David Boswarthick and Omar Elloumi (2014), “Internet of Things: Key Applications and Protocols”, John Wiley & Sons, Ltd., Publication, USA.
(3) Munindar P. Singh and Amit K. Chopra (July 2016), ”The Internet of Things and Multi-agent Systems”, North Carolina State University / Lancaster University.
(4) Pengfei Hu, Sahraoui Dhelim, Huansheng Ning, Tie Qiu (September 2017),“Survey on Fog Computing: Architecture, Key Technologies, Applications and Open Issues”, Journal of Network and Computer Applications. Vol. 98, pp. 27-42.
(5) Z. Wen, R. Yang, P. Garraghan, T. Lin, J. Xu and M. Rovatsos (Mar/Apr., 2017), “Fog Orchestration for Internet of Things Service”, IEEE Internet Computing, USA, Vol. 21,No, 2, pp.16-24.
(6) Shin-Jer Yang, Wen-Hwa Liao and Wan-Lin Lu (November 2021), " Design a D-Fog Scheme to Enhance Processing Performance of Real-Time IoT Applications in Fog Computing", Journal of Internet Technology, Taipei, Vol. 22, No. 6, pp. 1335-1345. 【SCI】
(7) Shin-Jer Yang and Tin-Chen Wei (May 2021), "Design Issues for Communication Protocols Conversion Scheme of IoT Devices", Journal of Internet Technology, Taipei, Vol. 22, No. 3, pp. 657-667. 【SCI】
(8) https://www.cisco.com/go/iot (2020)
(9) https://www.tutorialspoint.com/internet_of_things /index.htm (2017)
(10) 廖文華/張志勇/趙志民/劉雲輝 (2018) ,“物聯網智慧應用與實務”,五南出版社,台北。
(11) 張志勇/廖文華/石貴平/王勝石/游國忠 (2020), “人工智慧 “,全華圖書公司,台北。
三、教學目標 Objectives
物聯網 (Internet of Things, IoT)將實體世界(Physical World)的萬物透過網際網路相互連接起來。IoT應用透過節省時間及計算資源正在改變我們工作及生活的方式,並開啟成長、創新與知識獲取的新機會。IoT的發展可透過虛/實系統整合、雲端/霧運算、無線感應網路(WSN)、人工智慧、大數據、機器人以及5G網路等來完成,以達到智慧物聯網 (AIoT)\之應用,其涉及諸多領域的整合應用,此課程可提供學生一個嶄新的視野與膫解IoT之架構、技術、安全與實際應用。此外,學生將作有關IoT之技術、設計、安全與管理等議題之期中/期末簡報並進行討論。
Internet of Things (IoT) enables interconnections in everything of Physical World through the Internet. Also, IoT applications are changing the way we work and live by saving time and computing resources and opening new opportunities for growth, innovation and knowledge creation. Internet of Things (IoT) enables interconnections in everything of Physical World through the Internet. Also, IoT applications are changing the way we work and live by saving time and computing resources and opening new opportunities for growth, innovation and knowledge creation. The complementarity with approaches such like Cyber-physical integration systems, Cloud/Fog computing, Wireless Sensor Network (WSN), Artificial Intelligence,(AI), Big data, Robotics, and 5G network is highly evident for IoT developments to achieve the AIoT application. Hence, the IoT involves integrated various applications in different fields. This course gives a novel architecture, technology, security, and practical applications for IoT. Hence, team students make mid-term/final presentations in related technology, design, security, and management issues in IoT for on-class seminars.
四、課程內容 Course Description
整體敘述 Overall Description
Part I: Technical Issues and Practical Applications in IoT (楊欣哲 教授)
1. Networking and TCP/IP Basics … …........ .….... ...…......…..... 1 Week
2. IoT Concepts ……........... …. ......….... ... ...... .... ............ 1 Week
3. Architectures and Technologies in IoT ..…….. …. ............ ........ 2 Weeks
4. Security and Liability in IoT ..…….. …. ..... ........... .... 1 Week
5. Fog Computing and Application ..….. …. .... . ........... ........ 1 Week
6. IoT Application Domains and Cases …. ..... .. …..…... .......... 1 Week
Mid-Term Presentation .. …. ..... ........... ....... ….. ..... ......... 2 Weeks

Part II: Framework and Analytics in IoT (林聰武 教授)
7. Web of Things … …........... ...…......…...... ...….. ...….. ...….. 1 Week
8. Architectures for the IoT … …........... ...…...... …. ….... ..... … 1 Week
9. EPCglobal Network …. … …......... .. ...….. .. ...…......…... .... 2 Weeks
10. Services Platform in IoT …. … …........... ...…......…. . .. . ..... 2 Weeks
11. IoT Big Data Analytics… …........... ...…...... …..….... ..... 1 Week
Final Presentation .. …. ................ ....... …….. ..... .... ...... 2 Weeks
●分週敘述 Weekly Schedule
週次 Wk 日期 Date 課程內容 Content 備註 Note

1

2/22 Part I: Technical Issues and Practical Applications in IoT
1. Networking and TCP/IP Overviews (I)
  

2

3/1 1. Networking and TCP/IP Overviews (II)
2. IoT Concepts
  

3

3/8 3. Architectures and Technologies in IoT (I)   

4

3/15 3. Architectures and Technologies in IoT (II)
4. Security and Liability in IoT
  

5

3/22 5. Fog Computing and Application   

6

3/29 Mid-Term Presentation (1)   

7

4/5 放假   

8

4/12 Mid-Term Presentation (II)   

9

4/19 6. IoT Application Domains and Cases   

10

4/26 7. Web of Things   

11

5/3 8. Architectures for the IoT   

12

5/10 9. EPCglobal Network (I)   

13

5/17 9. EPCglobal Network (II)   

14

5/24 10. Services Platform in IoT (I)   

15

5/31 10. Services Platform in IoT (II)   

16

6/7 11. IoT Big Data Analytics   

17

6/14 Final Presentation (I)   

18

6/21 Final Presentation (II)   
五、考評及成績核算方式 Grading
配分項目 Items 次數 Times 配分比率 Percentage 配分標準說明 Grading Description
期中作業150%Part I: 課堂討論與期中報告
期末報告150%Part II: 分組作業與期末報告
配分比率加總 100%  
六、授課教師課業輔導時間和聯絡方式 Office Hours And Contact Info
●課業輔導時間 Office Hour
週二下課時間;或另約時間!!
●聯絡方式 Contact Info
研究室地點 Office:4207 EMAIL:cssjyang@scu.edu.tw
聯絡電話 Tel:23111531 #3802 其他 Others:
七、教學助理聯絡方式 TA’s Contact Info
教學助理姓名 Name 連絡電話 Tel EMAIL 其他 Others
八、建議先修課程 Suggested Prerequisite Course
九、課程其他要求 Other Requirements
十、學校教材上網、數位學習平台及教師個人網址 University’s Web Portal And Teacher's Website
學校教材上網網址 University’s Teaching Material Portal:
東吳大學Moodle數位平台:http://isee.scu.edu.tw
學校數位學習平台 University’s Digital Learning Platform:
☐東吳大學Moodle數位平台:http://isee.scu.edu.tw
☐東吳大學Tronclass行動數位平台:https://tronclass.scu.edu.tw
教師個人網址 Teacher's Website:
其他 Others:
十一、計畫表公布後異動說明 Changes Made After Posting Syllabus