臺灣博碩士論文加值系統

摘要
隨著科技的日新月異，因穿戴式裝置的便利性，使其成為時代的潮流，現代人開始利用穿戴式裝置監視自身的健康狀況，同時也開始出現越來越多身體狀況的感測器，如血壓計、血氧機...等。配合近年來快速崛起的物聯網(IOT)，透過物聯網(IOT)傳遞穿戴式裝置感測之資料至伺服器中，由程式或專業人士加以判斷，達到遠端醫療照護之目的。
在本論文利用Arduino Yun開發版控制並接收AD8232模組量測數據，組合成可量測心電圖之穿戴式感測裝置，並利用Arduino Yun開發版之網路功能，傳遞心電圖至遠端之伺服器儲存，利用網頁的方式呈現出量測數據，讓使用者可以隨時了解自身的健康狀況，並比較不同時間量測數值的差異性，當數值偏差過大，就提醒使用者該去醫院進行更深入的詳細檢查，來達成預防性醫療的作用。

ABSTRACT
With the development of science and technology, the convenient wearable devices has been a success in the market. Nowadays, various health sensors are developed and used to monitor personal health condition such as sphygmomanometers, and blood oxygen gauge, etc. The Wearable technology is often touted as one of the greatest applications of the Internet of Things, with good reasons. The health condition data are transmitted to the server over Internet, and monitored by specialists or program to achieve the purpose of remote healthcare.
In this paper, the AD8232 module is used as the sensor of Electrocardiography(ECG). Arduino Yun development board is chosen as the controller of our wearable device. The ECG data are sent to the remote server by wireless LAN and can be monitored by web browser. The specialists can be aware of the irregular data early by surfing our webpage.

目錄
摘 要.......................................ii
ABSTRACT........................................iii
誌 謝.......................................iv
目錄..............................................v
圖目錄.........................................viii
表目錄............................................x
第一章 緒論......................................1
1.1研究背景與動機..................................1
1.2研究目的.......................................3
1.3研究架構.......................................4
第二章 文獻探討..................................5
2.1 心電圖(Electrocardiography, ECG)..............5
2.1.1 心電圖源起...................................7
2.1.2 心電圖導程...................................8
2.2 物聯網(Internet of Things, IOT)...............14
2.2.1 物聯網定義..................................15
2.2.2 物聯網應用..................................16
第三章 系統規劃與設計............................19
3.1 系統規劃......................................19
3.1.1 心電圖履歷系統...............................19
3.1.2 Arduino穿戴式心電圖系統.....................20
3.2 系統架構......................................21
3.2.1 整體系統架構................................21
3.2.2 資料庫結構..................................22
3.3 實作環境......................................23
3.3.1 軟體開發....................................23
3.3.2 Arduino YUN mini...........................24
3.3.3 AD8232.....................................26
第四章 實驗結果與網站展示.........................32
4.1 實驗結果......................................32
4.1.1 實驗問題....................................33
4.1.1 即時心電圖..................................34
4.1.2 歷史心電圖..................................36
4.2 網站展示......................................38
第五章 結果與建議................................41
5.1 結論..........................................41
5.2 未來研究建議...................................42
參考文獻...........................................43

參考文獻
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