loT-based Red Palm Weevil Early Detection and Tracking System

Razan Alzaben, Shuruq Fallatah, Haneen Quraishi, Sadiq Alhuwaidi, Ahmed A. Hussain
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引用次数: 1

Abstract

As one of the nations that produce and supply dates, the Kingdom of Saudi Arabia has long been interested in the date palm, its cultivation, and the support of farmers, making it a significant economic component. One of the most devastating problems for these palms is the red palm weevil, as it lives inside the trunk of the palm for a duration of six to eight months. An integrated smart system is designed to diagnose the existence of the red palm weevil. Such a system determines if the palm is infected or not in the early stages, which makes the problem easier to deal with and allows the progression of the healing process. The integrated work: (1) is an environmentally friendly system based on solar energy (2) monitors the condition of the palm and the possibility of injury remotely for each area (3) tracks and catches the palm weevils for each area, and (4) alerts the user if weevils are present. The user can know the condition of all palms and know the possibility of the presence of weevils using a set of sensors. The data are accessed remotely from the communication systems developed via algorithms.
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基于批次的红棕榈象鼻虫早期检测与跟踪系统
作为生产和供应枣子的国家之一,沙特阿拉伯王国长期以来一直对枣椰树及其种植和对农民的支持感兴趣,使其成为重要的经济组成部分。对这些棕榈树来说,最具破坏性的问题之一是红棕榈象鼻虫,因为它在棕榈树干内生活了6到8个月。设计了一个综合智能系统来诊断红棕榈象甲的存在。这种系统可以在早期阶段确定手掌是否受到感染,从而使问题更容易处理,并允许愈合过程的进展。综合工作:(1)是一个基于太阳能的环保系统(2)远程监测手掌的每个区域的状况和受伤的可能性(3)跟踪和捕捉每个区域的手掌象鼻虫,(4)如果有象鼻虫出现就提醒用户。使用一组传感器,用户可以了解所有手掌的状况,并知道象鼻虫存在的可能性。通过算法开发的通信系统远程访问数据。
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