隨著科技的進步，各教育機關皆開始推行資訊化，親子照護系統針對兒童日常生活的訊息，以及在親子館內的活動訊息，透過網頁或App等供相關者使用、查詢及修改，讓兒童、家長及師長無論身在何處，皆能使用親子館內的資訊系統作業。而針對兒童服務方面，則著重兒童的學習及食、衣、住、行、健康之資訊化。本研究擬提出基於iOS智慧平台之親子互動應用，相較於目前現有親子館相關的應用系統，智慧平台更能因人、事、時、地、物而有不同的服務，使家長與師長有更多的互動，也更能照顧到兒童的校園生活。
本論文共設計了兩個親子照護系統。首先，我們針對招生推廣，設計了親子館線上購物系統，將親子館內課程與產品透過智慧型手機顯示出來，讓家長可以隨時利用智慧型手機網購。除此之外，此系統也讓使用者可以透過智慧型手機隨時觀察兒童的上課點名及健康狀況，並和親子館內之活動互動，了解兒童在親子館內的上課情況。本論文另一個重要的工作是，將兒童互動資料資訊化並匯入資料庫，此系統亦會在後端統計兒童生活資訊，能讓家長和師長能了解兒童學習情況、老師教學成效並提出教學方針之建議等資訊。透過本論文所研發的親子照護系統，家長更能即時掌握子女的在館活動，並與教師及親子館服務人員，有更即時、更高的互動、參與、瞭解與分享。

With the progress of science and technology, the educational institutions have started to implement information, child care system for children's daily life of the message, as well as in the parent-child activities within the message, through the website or App for the relevant use, inquiries and changes, so that children , Parents and teachers wherever they are, can use the parent system of information systems operations. In the case of child services, children's learning and information, food, clothing, living, and health are focused on children's education. This study is based on the application of parent-child interaction based on iOS intelligence platform. Compared with the existing application system of parent-child museum, the intelligent platform can have different services for people, things, time and land, so that parents and teachers have More interaction, and more able to take care of children's campus life.
This paper designed two parent-child care systems. First of all, we aimed at enrollment promotion, designed the parent-child online shopping system, the parent-child courses and products through the smart phone display, so that parents can always use the smart phone online shopping. In addition, the system allows users to observe the child's class name and health status at any time via the smartphone and interact with the activities in the parent museum to learn about the children's class in the parent-child. Another important work in this paper is to channel information and import children's information into the database. The system will also provide information on children's life in the back-end. Parents and teachers can learn about children's learning, teaching and teaching Policy recommendations and other information. Through the parent-child care system developed by this paper, parents can better grasp their children's activities in the museum and have more real-time and higher interaction, participation, understanding and sharing with teachers and parent-child service personnel.

圖目錄	II
表目錄	V
第一章、簡介	1
第二章、相關研究	6
第三章、系統架構與實作	10
3-1.	親子校園智慧導覽系統	11
3-1-1	校園地圖模組	12
3-1-2	iBeacon資訊判斷模組	14
3-1-3	導覽介紹模組	16
3-1-4	親子校園智慧導覽系統資料庫連結模組與伺服器端	17
3-2.	親子館校園互動系統	18
3-2-1	登入模組	19
3-2-2	管理系統模組	20
3-2-3	顯示系統模組	21
3-2-4	APNS推播模組	21
3-2-5	親子館校園互動系統資料庫連結模組與後端伺服器模組	23
第四章、系統展示	25
4-1.	親子校園智慧導覽系統	25
4-2.	親子館校園互動系統	33
第五章、結論	45
參考文獻	46
附錄-英文論文	49

圖目錄
圖1.招生率第二曲線示意圖	2
圖2. iOS版本使用率	10
圖3.系統功能圖	11
圖4.智慧校園導覽系統架構圖	12
圖5.定位系統測試圖	13
圖6.校內景點導航概念圖	14
圖7.iBeacon訊號判斷流程圖	15
圖8. iBeacon封包格式	17
圖9.iBeacon導覽介紹流程圖	17
圖10.導覽手機伺服器傳輸通信圖	18
圖11.親子館校園互動系統架構圖	19
圖12.帳號密碼加密圖	19
圖13.帳號職位概念圖	20
圖14.職位權限展示圖	21
圖15.Firebase功能圖	22
圖16. FireBase Notification流程圖	23
圖17. 親子手機伺服器傳輸通信圖	24
圖18.系統功能圖	25
圖19.校園地圖	26
圖20.自動標示目標建築	26
圖21.景點畫面圖	27
圖22.建築介紹畫面	28
圖23.建築物導航介面	28
圖24. iBeacon自動介紹畫面	29
圖25.側邊選單圖	30
圖26.設定畫面圖	30
圖27.多國語系介紹畫面	30
圖28.耗電量折線圖	31
圖29.定位效能比較圖	32
圖30.親子館系統主畫面	33
圖31.會員管理系統畫面	34
圖32.搜尋課程畫面	35
圖33.上課點名畫面	36
圖34.上課點名畫面	37
圖35.假單輸入畫面	38
圖36.假單紀錄畫面	38
圖37.行事曆畫面	39
圖38.健康資訊圖	40
圖39.健康身高圖	40
圖40.相片畫面	41
圖41.影片畫面	41
圖42.意見交流畫面	42
圖43.購物服務畫面	43
圖44. APNS推播畫面	44

表目錄
表格1.導覽各項功能比較表	7
表格2.親子館各項功能比較表	9

[1]	Jaana Näsänen, Antti Oulasvirta, Asko Lehmuskallio,”Mobile Media in the Social Fabric of a Kindergarten”, Helsinki Institute for Information Technology HIIT Helsinki University of Technology TKK and University of Helsinki,April 2009.
[2]	Jason W.P. Ng, Nader Azarmi, Marcello Leida, Fabrice Saffre, Ali Afzal, and Paul D. Yoo, “The Intelligent Campus (iCampus) End-to-end learning lifecycle of a knowledge ecosystem,” International Conference on  Intelligent Environments, Kuala Lumpur, July 2010.
[3]	Dirk Van Merode, Galyna Tabunshchyk, Kostiantyn Patrakhalko, and Goncharov Yuriy, “Flexible technologies for smart campus,” International Conference on Remote Engineering and Virtual Instrumentation, Madrid, Feb. 2016.
[4]	Zimu Song, and Kaixue Yao, “The Design and Implementation of Mobile Intelligent Terminal Guide System Based on the Internet of Things,” International Symposium on Computational Intelligence and Design, Hangzhou, Dec. 2014.
[5]	Yin Ye, Zhou Jun, and Yin Jian, “Design of World Expo Tour Sites Guide System Based on RFID Technology,” International Conference on Audio Language and Image Processing, Shanghai, Nov. 2010.
[6]	Vineet Singh, Akeshnil Bali, Avinesh Adhikthikar, and Rohitash Chandra, “Web and Mobile based Tourist Travel Guide System for Fiji's Tourism Industry,” Asia-Pacific World Congress on Computer Science and Engineering, Nadi, Nov. 2014.
[7]	Zhiwen Yu, Yunji Liang, Bukan Xu, Goncharov Yuriy, Yue Yang, and Bin Guo, “Towards a Smart Campus with Mobile Social Networking,” IEEE International Conferences on Internet of Things, and Cyber, Physical and Social Computing, Dalian, Oct. 2011.
[8]	SHEN Jiang-wei,YUN Wu,”Research and Application for laboratory management platform Based on campus IC card”, International Conference on Electrical and Control Engineering,2011.
[9]	Alan Yudhahutama, Aciek Ida Wuryandari,”Network and Application Design for Children Tracking And Identification System with HTML5 and Asynchronous Communication” , November 26-28, 2013.
[10]	M. Vazquez-Briseno; C. Navarro-Cota; J. I. Nieto-Hipolito; E. Jimenez-Garcia; J. D. Sanchez-Lopez ,”A Proposal for Using the Internet of Things Concept to Increase Children’s Health Awareness”,CONIELECOMP 2012, 22nd International Conference on Electrical Communications and Computers, 2012.
[11]	世界日報:雙薪家庭 40年來成長1倍
http://www.worldjournal.com/4041808/article-雙薪家庭 40年來成長1倍
[12]	Wikipedia, “iOS”,
https://en.wikipedia.org/wiki/iOS