臺灣博碩士論文加值系統

在一般的水產養殖場內，都是由工作人員不定期巡視養殖場內各養殖池的狀況。而量測都是由當下工作人員的經驗來判斷現場狀況，量測的好壞和判斷會因人的因素而有所不同，造成無法準確的判斷出問題的所在。在本論文中將透過安裝數種感測器來定時量測各個養殖池的環境數據、紀錄及監視水產養殖池狀況…等。由於溶液式感測器長期置於水中，會因為感測頭受到汙染與反應溶液過度消耗，進而產生量測誤差。因此經由智慧量測系統進行量測、清洗及保養動作，透過智慧量測系統來取代工作人員並可提升工作效率與節省時間，能有效降低人事、物力和數據錯誤所帶來的損失。
本系統分為量測端、伺服端、行動裝置，在量測端完成一系列量測和保養動作後，嵌入式系統會將量測資料透過Wi-Fi傳回伺服端。伺服端將資料完成後透過網路傳送數據至和行動裝置。水產養殖工作人員可以隨時透過行動裝置監視養殖場所的水質及狀況，即使單一數據異常，系統會將警報顯示在伺服端和行動裝置上的APP通知養殖工作人員，來實現物聯網技術。

In the general aquaculture farms, the staff members occasionally inspect the conditions of the breeding ponds in the farm. The measurement is judged by the experience of the current staff, the quality of the measurement and the judgment will be different due to human factors, resulting in the inability to accurately determine the problem. In this thesis, we will install several sensors to regularly measure the environmental data of each aquaculture pond, record and monitor the condition of the culture pond...etc. Since the solution sensor is placed in the water for a long time, measurement errors may occur due to contamination of the sensor head and excessive consumption of the reaction solution. Therefore, the measurement, cleaning and maintenance actions are performed via the smart measurement system. Replacing staff through smart measurement systems can improve work efficiency and save time, which can effectively reduce the losses caused by personnel, material resources and data errors.


The system is divided into measurement terminal, servo terminal and mobile device. After completing a series of measurement and maintenance actions on the measurement end, the embedded system will transmit the measured data back to the servo via Wi-Fi. After the data is completed, the server transmits data to the mobile device through the network. Aquaculture staff can monitor the water quality and condition of the farm at any time through mobile devices. Even if the single data is abnormal, the system will notify the aquaculture staff of the APP that displays the alarm on the server and the mobile device,To realize the Internet of Things technology.

目錄
摘要
Abstract
誌謝
目錄
圖目錄
表目錄
第一章 緒論
1.1 研究背景
1.2 研究動機
1.3 研究目的
1.4 研究方法
1.5 論文架構
第二章 myRIO嵌入式系統與無線傳輸
2.1 NI myRIO簡介與特性
2.2 myRIO腳位介紹
2.3 LoRa無線傳輸模組與STM32微控制器
第三章 感測器及訊號處理
3.1 PT-100溫度感測器
3.2 溢位感測器
3.3 pH感測器
3.4 DO溶氧感測器
第四章 智慧養殖系統
4.1 智慧養殖系統整體架構
4.2 各項子系統設計
4.2.1 溫度感測子系統
4.2.2 溢位感測子系統
4.2.3 DO溶氧子系統
4.2.4 pH量測子系統
4.2.5 IoT遠端監視子系統
4.3 量測資料的紀錄
4.4 使用的信號通道
第五章 結論與未來展望
5.1 結論
5.2 未來展望
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