傳統農業往往僅是以人力勘查為主，無法立即得知農場環境周圍的狀況，為解決此問題，本研究提出綠色農場遠端自動化監控系統，以綠色能源太陽能，作為遠端自動化監控設備之供電來源。感測器的偵測的感測訊號經由MCU(Micro-Controller Unit)作處理運算，經由高傳輸速率的無線Wi-Fi模組將所有的感測訊號無線化傳送至遠端使用者。農場遠端監控系統結合溫度、濕度以及土壤濕度感測器進行佈建，並利用C#設計綠色農場遠端監控系統人機介面，供使用者進行農場遠端監控與操作。此外，本研究將搭配土壤溼度感測器設計灑水系統，當土壤濕度低於設定值時，微控制器將判斷是否開起灑水裝置。
本研究利用ASP.NET設計綠色農場網頁以及建立Facebook行銷專頁。當農產品生產完之後，可將所有農產品資訊透過綠色農場網頁及Facebook行銷專頁以供消費者選用。消費者訂購完農產品，可選用需要的宅配方式配合物流業者，將訂購的所有農產品交到消費者手中，以達成整個行銷流程。
本研究之主要目標為改善傳統農業所需監控人力之不足並且以Wi-Fi傳輸改善傳統農業遠端監控之訊息即時性及提昇資料傳輸範圍。

Traditional agriculture farm conditions are usually determined by farmers, which can’t obtain the information of farms immediately. In this research, solar energy is used as a power supply, and MCU (Micro-Controller Unit) is used for sensor computing. High-transmission-speed Wi-Fi module is adapted for transmitting the sensor signals to remote monitoring system. Temperature sensor, moisture sensor and soil moisture sensor are used to build up the wireless sensor network for remote system of green farm. We use C# programming language to design the monitoring system interface for users. A sprinkler system is designed in this research with soil moisture sensor, and the soil moisture quantity will determine whether to start the sprinkler system or not.
Our research designs green farm website and Facebook, when farm products have finished producing, managers can put all of farm products onto the website. This way, customers can select products online. When customers finish purchasing products, they can select the logistics which delivery products for completing the marketing process.
The purpose of our research is to enhance and improve the transmission efficiency of information for farmers.

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