Animal Detection for Farmlands using Image Processing and IoT

Amarjeet Pal Cheema, Bhawana Khokher, N. Jha, Nirmit Verma, Nikitha, Rakshita
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Abstract

Monitoring agricultural land for animal infiltration is the objective of a crop protection system. India is a nation where the majority of its economy relies on agriculture, and where farmers form the country’s backbone. The country’s agricultural industry has been afflicted by a number of issues, with the entry of unwelcome animals being one of the most significant risks farmers faces. This results in crop damage, which leads to a decline in productivity. Traditional tactics consisting of maintaining a watch and observing the area put a man in risk during an incursion. Therefore, a device that automatically monitors the area without harming humans or intruders is required to avoid conflicts between humans and animals. This suggested system combines automated detection and repellant technology with the internet of things, which informs the appropriate authority, such as the farmer or forest authorities, when an intruder is identified and employs the harmless impact of sound to repel the invader. It employs wireless sensors, an image processing unit, and a camera that captures continually using GSM to warn the individual. This survey describes the system’s components and implementation techniques.
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基于图像处理和物联网的农田动物检测
监测农业用地的动物渗透是作物保护系统的目标。印度是一个经济主要依赖农业的国家,农民是这个国家的支柱。该国的农业一直受到一系列问题的困扰,不受欢迎的动物进入是农民面临的最大风险之一。这导致作物受损,从而导致生产力下降。传统的战术包括保持监视和观察该地区,在入侵期间使人处于危险之中。因此,需要一种不伤害人类或入侵者的自动监控该区域的设备,以避免人与动物之间的冲突。该系统将自动检测和驱虫剂技术与物联网相结合,当入侵者被识别出来时,它会通知适当的当局,如农民或森林当局,并利用无害的声音影响来击退入侵者。它采用无线传感器、一个图像处理单元和一个摄像头,该摄像头通过GSM不断捕捉信息以警告个人。这个概览描述了系统的组件和实现技术。
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