WATER IRRIGATION USING AROID (ARDUINO +ANDROID) EMBEDDED SYSTEM

Rumaesa Ansari, Kashif Khan, A. Naikal, Saurabh K. Patil
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Abstract

Watering is the best and most important practice of irrigation. It is also the most labor-intensive task in daily irrigation process. The two major aspects of watering are when to water and how much to water . To make the task of watering easy, the Arduino + Android application-based plant watering system is created. The present work uses an 8051 microcontroller. It is programmed to receive the input signal. The input signal is the varying moisture condition of the soil which can be sensed using an appropriate sensing arrangement. On receipt of the signal the controller generates an output which in turn a relay for operating the water pump. Also, for making it more farmer helping, it is having more features like crop monitoring (done by using CNN), fertilizer Recommendation, Lending business, weather detection (using API), etc. KeywordsMicrocontroller 8051, Irrigation, Soil Moisture Content, Manual Irrigation Mechanism, CNN, API, etc.
用水灌溉采用aroid (arduino + android)嵌入式系统
浇水是最好也是最重要的灌溉方法。也是日常灌溉过程中劳动强度最大的工作。浇水的两个主要方面是何时浇水和浇水多少。为了简化浇水任务,我们创建了基于Arduino + Android应用程序的植物浇水系统。本工作采用8051单片机。它被编程为接收输入信号。输入信号是土壤的湿度变化情况,可以通过适当的传感装置来感应。在接收到信号后,控制器产生一个输出,该输出依次为操作水泵的继电器。此外,为了让它更多地帮助农民,它有更多的功能,如作物监测(通过CNN完成)、肥料推荐、贷款业务、天气检测(使用API)等。关键词:单片机8051,灌溉,土壤含水量,人工灌溉机制,CNN, API等
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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