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  • 學位論文

基於物聯網之非接觸式體溫量測門禁系統

Non-contact Body Temperature Measurement Access Control System Based on the Internet of Things

指導教授 : 陳維魁
共同指導教授 : 李增奎(Tseng-Kuei Li)

摘要


物聯網技術發展迅速興起,結合各種感測器的物聯網裝置開發以及運用越來越廣泛,其又以無線感測類別最具顯著趨勢。本論文研製之內容以規劃設計一套非接觸式體溫量測門禁系統,在裝置端的參數設定是透過無線網路連線到裝置端的管理介面,讓裝置端能透過環境中佈署的無線網路連線至網際網路,以便裝置端將讀取到的卡號與體溫數值傳送至後端伺服器,基於快速處理資料的考量本系統實作以Node.js來建置伺服器,透過伺服器快速判斷卡號是否存在權限進出入管制站點且當前所量測之持卡者體溫是否為正常體溫,雖然這是一個簡易的感測應用,但是我們希望透過這項簡單的實作過程,促使相關領域的學者們能簡化建置。

並列摘要


With the rapid development on the technology, the application on IoT devices combined with various sensors are becoming more and more extensive, and wireless sensor category has the most significant trend. To design the contents of this paper developed a set of non-contact temperature measurement entrance guard system, the parameter setting is the device through the wireless internet connection to the device management interface, can let the device end through environment deployed wireless internet connections to the internet, so that the device end will read the card number and the temperature value to transferred to the backend server, based on the consideration of data quickly handle this system implemented by the Node.js to build server, through the server to quickly determine card whether there is any access into the access control site and whether the cardholder's temperature measurement for the current normal body temperature, although this is a simple sensor application. But we hope that through this simple implementation process, scholars in related fields will be able to simplify the construction.

參考文獻


(1) 「鼓勵機關團體量測體溫」措施之說明,衛生福利部疾病管制署(參閱時間:2020/01/08)
http://at.cdc.tw/C8O160
(2) 「緊抓物聯網,搶攻全球市場」,德國萊因(參閱時間:2019/10/14)
http://www.tuvrblog.com/zh-tw/1784.html
(3) 淺談物聯網與其趨勢現況,柯景祥(參閱時間:2019/10/14)

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