在台灣，隨著少子化的影響，許多家長對於自己孩童的教育變得愈發重視，所以往往在小時候就為其安排不少的課程供其學習，但大多數的作業屬紙本與人工進行，有著諸如速度慢、錯誤率高、缺乏整合性、標準不一致、數據無法收集與分析等問題。
隨著資訊時代的發展，有許多的作業已交由電腦負責處理及網路傳輸，本論文提出基於web 為平台進行親子課程系統的設計與實作，此系統提供高度彈性之設計模式，讓各種功能以模組化的方式導入至平台，系統分為後台管理與前台服務，在後台方面，我們除了將行政流程標準化外，本論文所設計的系統也提高作業效率與整合性、降低了錯誤率，且透過收集過來的數據交由電腦進行統計，並將教師的相關分析在前台呈現，提供給家長參考，而家長也可直接從本論文所發展的系統，進行線上報名與付款的動作，相較於其他相關研究成果，本論文提供了整合性的單一系統，將各種資訊與技術彈性導入系統之中，實現一個整合家長與行政人員的作業的線上雲端親子服務系統。
因本論文系統之彈性設計架構，與高度規範的框架網頁與程式語言結構，保留了對未來各種技術之相容能力，若有其他研究或未來有延伸計畫，皆可以此系統作為核心基礎，以高效率與充滿彈性之方式，加入其他先進技術，如:資料探勘、人工智慧等，亦可以同樣模式添增現有技術，使此系統能夠不斷沿用並發展下去。

In Taiwan, with the influence of the declining birthrate, many parents have become more and more concerned about the education of their children. Therefore, they often arrange a lot of courses for their children to learn when they are young, but most of the assignments are paper and manual. As a result, there are issues such as slow speed, high error rate, lack of integration, inconsistent standards, and inability to collect and analyze data.
With the development of the information and intelligent processing, many works have been handled by the computer and the data can be exchanged through the network. This thesis proposes the design and implementation of the parent-child course system based on the web. The system is divided into background management and front-end service. In the background, standardizing the administrative process, improving the efficiency and integration of the operation, and reducing the error rate, and passing the collected data to the computer for statistics, the relevant analysis of the teacher can be presented in the foreground, and provided to the parents for reference. Parents can also conduct online registration and payment actions directly from the system developed in this thesis to realize an online cloud parent-child service system that integrates the work of parents and administrators.

第一章、簡介	1
第二章、相關研究	5
第三章、背景知識	8
3-1.	Linux作業系統	8
3-2.	Python程式語言	9
3-3.	Django網頁框架	10
3-3.1	.Django架構	11
3-4.	HTML	14
3-5. JvavScript & CSS	15
第四章、系統架構	16
4-1	模組功能	18
4-1.1	報名模組	20
4-1.2	金流模組	21
4-1.3	評鑑模組	22
4-1.4	查詢模組	23
4-1.5	管理模組	24
第五章、系統展示	25
第六章、效能評估	37
第七章、結論	41
參考文獻	42
附錄-英文論文	44 
圖目錄
圖1. 平均適齡婦女生育數	1
圖2. Django架構示意圖	12
圖3. Django MTV架構	12
圖4. HTML元素範例1	14
圖5. HTML元素範例2	14
圖6. 系統架構圖	16
圖7. 實體聯繫模式圖	17
圖8. 關聯式資料表	18
圖9. 模組架構	19
圖10. 報名模組	20
圖11. 金流模組	21
圖12. 評鑑模組	22
圖13. 查詢模組	23
圖14. 管理模組	24
圖15. 課程首頁	25
圖16. 課程新增	26
圖17. 課程修改	27
圖18. 設定評鑑題目	28
圖19. 檢視課程情況	29
圖20. 新增課程紀錄	30
圖21. 查詢課程	30
圖22. 課程報名	31
圖23. 線上付款	32
圖24. 確認付款	32
圖25.  PDF檔	33
圖26. 確認繳費狀態	34
圖27. 查看課程紀錄 	34
圖28. 填寫評鑑調查	35
圖29. 評鑑統計	36
圖30. 壓力測試1	37
圖31. 壓力測試2	37
圖32. 使用者讀取速率	38
圖33. 記憶體使用率	39
圖34. 資料庫儲存時間	39
圖35. 系統評價	40
 
表目錄
表1. 相關研究功能比較表	7
表2. 熱門語言	10
表3. 想學語言	10

[1]“內政部統計查詢網,” 內政部統計處, [線上]. Available: http://statis.moi.gov.tw/micst/stmain.jsp?sys=100.

[2]107年度新北市政府委託辦理公共托育中心招生簡章,” 新北市政府社會局, [線上]. Available: http://www.sw.ntpc.gov.tw/archive/file/107年度新北市政府委託辦理公共托育中心招生簡章.pdf.

[3]YXi-mei Dong, "Index system and evaluation model of e-commerce customer satisfaction," 2012 IEEE Symposium on Robotics and Applications (ISRA), Kuala Lumpur, Malaysia

[4]Xiaoxiao Chen, Xiaodong Yan, Arun, "Development and Design of Micro-Course System Based on Wechat Platform," Electrical Engineering and Informatics (ICEEI), 2017 IEEE, Guangzhou, China

[5]Hongwei Song, Xuning Liu, Aiqin Lu, Weihua Chen, "Design and development of practical course experiment management system," Computer Science & Education (ICCSE), 2013 IEEE, Colombo, Sri Lanka

[6]NMardiana, Keijiro Araki, "SIMPEL: An innovative web application interface supporting online course management system," Information Technology Based Higher Education and Training (ITHET), 2012 IEEE, Istanbul, Turkey
		
[7]Huibin Yin, Jun Han, Jing Liu, Xu Hongyun, “Development and research of multimedia courseware sharing platform based on GAE,” 2010 International Conference on E-Health Networking Digital Ecosystems and Technologies, Shenzhen, China

[8]“TIOBE Index for August 2018,” TIOBE sortware BV, [線上]. Available:   https://www.tiobe.com/tiobe-index/.

[9]“Developer Survey Results 2018,” Stack Overflow, [線上]. Available: https://insights.stackoverflow.com/survey/2018/#most-loved-dreaded-and-wanted

[10]S. M. Srinivasan and R. S. Sangwan, "Web App Security: A Comparison and   Categorization of Testing Frameworks," IEEE Software, vol. 34, no. 1, pp. 99-102, 16 1 2017.

[11]Manisha Jailia, Ashok Kumar, Manisha Agarwal, Isha Sinha, "Behavior of MVC (Model View Controller) based Web Application developed in PHP and .NET   frameworkView Document,"  2016 International Conference on ICT in Business Industry & Government (ICTBIG), Indore, India

[12]Yi-Wen Luo, "The effect of using JavaScript and HTML to implement an E-learning web sites as a remedial teaching aid on English underachievers at universities of science and technology,"  The 40th International Conference on Computers & Indutrial Engineering, Awaji, Japan

[13]“Acceptable application response times vs. industry standard,” 痞客        幫, [線上]. Available: http://kojenchieh.pixnet.net/blog/post/75409489.

[14]“Analyze your site’s speed and make it faster,” GTmetrix, [線上].          Available: https://gtmetrix.com/