An IoT Solutions for Ungulates Attacks in Farmland

Ratheesh Raju, T. M. Thasleema
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Abstract

Agriculture is considered to be a significant contributor to the global financial system and human diets. It has been recognized as the country’s primary source of income and employment. So, it’s really important to protect crops from various dangerous hazards, such as diseases, insects, bird and animal attacks, high atmospheric temperature, etc., and also from weak irrigation systems, poor soil quality, weeds management, etc. Specific insect attacks and diseases have long been a primary crop sector concern. Computer vision (CV)-based automatic insect and disease detection methods are used in smart farming systems because of their high cost-effectiveness and efficient automation. This paper gives an overview of the use of Machine Learning (ML), Deep Learning (DL), and the Internet of Things (IoT) in agriculture to protect crops from various dangerous hazards and proposes an automatic Animal-Repelling System (ARS). This study implements a system based on IoT to protect crops from animals. The proposed low-cost agricultural field protection system helps farmers to protect their crops and increase production yield and income.
针对农田有蹄类动物攻击的物联网解决方案
农业被认为是全球金融体系和人类饮食的重要贡献者。它已被公认为国家收入和就业的主要来源。因此,保护农作物免受各种危险的危害非常重要,比如疾病、昆虫、鸟类和动物的袭击、高温等,以及薄弱的灌溉系统、土壤质量差、杂草管理等。长期以来,特定的虫害和疾病一直是作物部门关注的主要问题。基于计算机视觉(CV)的自动病虫害检测方法因其高成本效益和高效自动化而被应用于智能农业系统。本文概述了机器学习(ML)、深度学习(DL)和物联网(IoT)在农业中的应用,以保护作物免受各种危险的危害,并提出了一种自动动物排斥系统(ARS)。本研究实现了一个基于物联网的系统来保护农作物免受动物侵害。提出的低成本农田保护系统有助于农民保护作物,提高产量和收入。
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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