智能植物健康控制系统

Dr. Rudrappa K M, Purushotham S, Shamika B S, Shivakumar, Zoya
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引用次数: 0

摘要

虫害是农民要应对的主要问题之一。在虫害侵袭的早期阶段人工检测感染是农民面临的一大挑战。病虫害的迅速蔓延给农民造成了巨大损失。在对昆虫入侵进行物理处理之前,这种巨大损失是无法控制的。这种方法旨在早期识别昆虫的攻击。这项研究提出了一种自动识别昆虫攻击并向农民发出感染警报的方法。RaspberryPi 3B 连接到湿度和温度传感器进行测量。拍摄植物的照片,以便进一步处理。之后,我们将其与健康图片进行比较。我们比较了湿度和温度的阈值。当采集图像中的湿度和温度读数超过阈值时,可将其归类为受影响图像。因为它与取样的健康叶片不同。病叶被识别出来,最后通过 TWILIO 通知农业专家。识别出受影响的叶片,并通过 TWILIO 通知农民。将实时数据与样本数据一起进行检查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Plant Health Control System
Pest infestations are in the group of main issues farmers deal with. Detecting the infection manually in its early stages is a big challenge farmer’s face while interacting with pest attacks. The rapid spread of sickness is causing farmers to endure significant losses. This enormous Loss is unable to manage until the insect's invasion is handled physically. This approach aims to identify insect’s assaults in its early stages. This study suggests an automatic approach to recognize insect’s attacks and alerting farmers to infections. The RaspberryPi 3B is connected to humidity and temperature sensors for measurement. The plant’s pictures are taken for further processing. Later, we compare them with healthy images. We have compared the threshold values for humidity and temperature. When the readings of humidity and temperature in the acquired image surpass the threshold values that could be classified as an affected image. Because it differs from the healthy leaf that was sampled. The diseased leaf is recognized, finally, the agriculturist is notified via TWILIO. The affected leaf is identified, and the farmer is notified via the TWILIO. The real-time data are examined with the sample data.
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