Sistem Penentuan Dosis Kebutuhan Pupuk Nitrogen Berdasar Warna Daun (Bwd) Pada Tanaman Padi Dengan Sensor Tcs 3200 Berbasis IoT

Rusito, M. Kurniawan
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引用次数: 1

Abstract

Recent technological developments determine humans to be creative in creating tools that implement technology in it with the aim of facilitating human tasks in daily activities. Inappropriate use of fertilizers can cause losses, both losses on fertilizer, on plants, as well as on the soil and the environment around fertilization. Losses on plants such as unhealthy plant growth and susceptible to disease pests, plant yields are not as expected or low. From the background above, the writer found an idea to create a system or tool that can help farmers in determining the dose of Nitrogen fertilizer in their rice plants, through the storage of the dosage data of each land. The user did five scans, from each scan producing RGB values, each RGB value from five samples was then matched with the BWD dose color indicator. The sample dose results are then sent by the NodeMcu microcontroller to the webserver database. Based on the assessment of the test conducted by 10 Users by Gapoktan Farmers Group of Tosari Kendal Village, the total value of 372 that has been averaged to be 37.2 is between 31 - 40 which is classified in the category of "Very Valid or Very Effective".
基于水稻作物Tcs 3200基传感器(Bwd)所需氮肥料剂量的系统
最近的技术发展决定了人类在创造工具方面具有创造性,这些工具可以在其中实现技术,目的是促进人类在日常活动中的任务。施肥不当会造成损失,既包括肥料的损失、植物的损失,也包括土壤和施肥环境的损失。对植物的损失,如植物生长不健康和易受病虫害,植物产量不如预期或低。基于以上背景,作者想到了创建一个系统或工具,通过存储每块土地的氮肥用量数据,帮助农民确定水稻的氮肥用量。用户进行了五次扫描,每次扫描产生RGB值,然后将五个样品的每个RGB值与BWD剂量颜色指示器相匹配。然后,样品剂量结果由NodeMcu微控制器发送到web服务器数据库。根据Tosari Kendal村Gapoktan农民小组的10名用户进行的测试评估,372的平均值为37.2,介于31 - 40之间,被归类为“非常有效或非常有效”。
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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