Development of Android Application for Pest Infestation Early Warning System

H. Nasir, Ahmad Nazrin Aris, Adidah Lajis, K. Kadir, S. Safie
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引用次数: 4

Abstract

Rice production has become more important as Malaysian's rice demand is expected to increase annually. In order to fulfill the rice demand of the growing population and with the target rice self-sufficiency by 100% [1], Malaysia has to increase its rice productivity. But, one of the major problems faced by the rice sector is the pest attacks. Thus, there is a need to have an early warning system to alert the paddy farmer on the infestation of the pest at early stages. This paper aims to design an early warning system of pest infestation for paddy farming, which consists of Android Apps and a web-based application. The system will be used by the Agriculture Department to detect the occurrence of pest infestation, identifying their location and report to the early warning system. The system will be able to record the infestation data provided by the farmers into the databases. The information will be used by the Agronomist to assess the risk of the paddy plot. There are 4 stages of risk; Low, Medium, High and Very High. Every stage will be classified by the amount of pest, type of pest, location and current situation. After a complete evaluation from the Agronomist, the system will notify the farmers through email about the quality of their current paddy plot.
基于Android应用程序的虫害预警系统开发
由于马来西亚的大米需求预计每年都会增加,稻米生产变得更加重要。为了满足不断增长的人口对大米的需求,并实现大米自给自足100%的目标[1],马来西亚必须提高其大米产量。但是,水稻部门面临的一个主要问题是害虫的袭击。因此,有必要建立一个早期预警系统,以便在早期阶段向水田农民发出虫害的警报。本文旨在设计一个水田病虫害预警系统,该系统由Android应用程序和基于web的应用程序组成。该系统将被农业部用于检测虫害的发生,确定其位置并向预警系统报告。该系统将能够将农民提供的虫害数据记录到数据库中。这些信息将被农学家用来评估稻田的风险。风险分为四个阶段;低,中,高和非常高。每个阶段将按有害生物的数量,有害生物的类型,位置和现状进行分类。经过农学家的全面评估后,系统将通过电子邮件通知农民他们当前稻田的质量。
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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