RFID Based Fruit Monitoring and Orchard Management System

B. H. M. Imdaad;S. I. Jayalath;P. C. G. Mahiepala;M. K. T. Sampath;S. R. Munasinghe
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Abstract

This research presents an efficient fruit monitoring and orchard management system to replace the existing paper-based manual process. The new method is based on five state-of-the-art technologies, namely Radio Frequency IDentification (RFID), Wi-Fi network, Mobile App, Coud database/server, and Web Application. This paper presents the proper integration of these technologies to provide an effective, worker-friendly, and cost-effective solution to the problem. The proposed method starts by attaching RFID tags to each tree and each fruit and registering them in the cloud database. The cloud server visualizes the status of the orchard and implements inventory management. Workers use a hand device for tasks such as bagging, spraying, and plucking. The orchard manager carries out task assignments and worker deployment on the web application. Each worker gets notified of the assigned tasks on his hand device, and when such tasks are accomplished, the status is updated in the cloud database. Using this system, each fruit is monitored from the initial covering state to the final plucking state. On the contrary, the existing paper-based manual process suffers from improper spraying that leads to disease-spreading, infestations, and loss of yield. Due to the existing inefficiencies the price of fruit has gone up to a limit that is not affordable to the public, hence unprofitable to the grower as well. In this context, the proposed solution will help monitor and manage fruit orchards efficiently, which will increase the quality and quantity of the yield while lowering the cost of production.
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基于 RFID 的水果监控和果园管理系统
这项研究提出了一种高效的水果监测和果园管理系统,以取代现有的纸质人工流程。新方法基于五项最先进的技术,即射频识别(RFID)、Wi-Fi 网络、移动应用程序、Coud 数据库/服务器和网络应用程序。本文介绍了这些技术的适当整合,以提供一个有效、方便工人且经济高效的解决方案。建议的方法首先是在每棵树和每个果实上安装 RFID 标签,并将其注册到云数据库中。云服务器将果园的状态可视化,并实施库存管理。工人使用手动设备完成套袋、喷洒和采摘等任务。果园管理员在网络应用程序上进行任务分配和工人部署。每个工人都会收到其手持设备上被分配任务的通知,任务完成后,状态会在云数据库中更新。使用该系统,每个水果从最初的覆盖状态到最后的采摘状态都会受到监控。相反,现有的基于纸张的人工流程存在喷洒不当的问题,导致病菌传播、虫害和产量损失。由于现有的低效率,水果价格上涨到了公众难以承受的程度,因此种植者也无利可图。在这种情况下,拟议的解决方案将有助于有效地监测和管理果园,从而提高产量的质量和数量,同时降低生产成本。
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2024 Index IEEE Transactions on AgriFood Electronics Vol. 2 Table of Contents Front Cover IEEE Circuits and Systems Society Information IEEE Circuits and Systems Society Information
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