WSN Based Agricultural Bird Pest Control with Buzzer and a Mesh Network

Achmad Ramadhan, M. Abdurohman, Aji Gautama Putrada
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引用次数: 6

Abstract

Indonesia with the majority of livelihoods as rice farmers certainly wants to get good quality and quantity of crops. Farmers are faced with problems that hinder the expected yield of bird pests. Bird pest is one of the problems faced by farmers due to their existence which can cause a decrease in the quality and quantity of birds. The implementation of the Wireless Sensor Network (WSN) in rice fields is an effective solution for monitoring and controlling birds. PIR sensors which are the main sensors in detecting bird pests have a large area that can reach all areas of rice fields and using buzzers for repelling bird pests. The use of mesh topology is used in building the system so that each sensor can communicate in two directions and know each other about the conditions of each sensor. The results obtained shows that the PIR sensor system provides adequate accuracy in detecting bird pests and the use of buzzers show significant reduction in amount of bird pests.
基于蜂鸣器和网状网络的无线传感器网络农业鸟类病虫害防治
印度尼西亚以水稻农民为主要生计,他们当然希望获得质量和数量都好的作物。农民面临着阻碍鸟类害虫预期产量的问题。鸟类有害生物的存在会导致鸟类的质量和数量下降,是农民面临的问题之一。在稻田中实施无线传感器网络(WSN)是监测和控制鸟类的有效解决方案。PIR传感器是检测鸟类害虫的主要传感器,其面积大,可以到达稻田的所有区域,并使用蜂鸣器驱赶鸟类害虫。在系统的构建中采用了网格拓扑结构,使得各传感器可以双向通信,相互了解各传感器的状态。结果表明,PIR传感器系统对鸟类有害生物的检测具有足够的准确性,蜂鸣器的使用显著减少了鸟类有害生物的数量。
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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