Real Time Protection of Farmlands from Animal Intrusion

R. Sumathi, P. Raveena, P. Rakshana, P. Nigila, P. Mahalakshmi
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Abstract

Crop Vandalization due to animals is becoming area of concern nowadays. When an animal enters the land, farmers lose their crops, properties, livestock. It is eroding the time and efforts of farmers. They also get affected economically due to loss of crops. Conflicts between humans and animals keep putting lives in danger. Methods like electrocution causes intense pain to animals, sometimes leading to their death. An effective system for preventing animal intrusion is more and more necessary. Regarding to this problem we implement a system to provide a real time visibility of farmlands which is perfect and adaptive. Surveillance of farmlands is carried out and when animals are encountered, they are categorized using YOLO algorithm and corrective actions are made depending on the type of intruder present. Finally, farmers and forest officials are supplied with geo-locations and images of intrude. If the presence of animals is discovered after few seconds, strong repellents are used as a backup. As a result, the proposed technology successfully drives away animals without killing them and reduce human animal conflict as it does not require human participation.
实时保护农田免受动物入侵
动物破坏农作物已成为人们关注的问题。当动物进入土地时,农民会失去庄稼、财产和牲畜。它正在侵蚀农民的时间和努力。由于农作物的损失,他们也受到经济上的影响。人与动物之间的冲突不断使生命处于危险之中。像电刑这样的方法会给动物带来剧烈的疼痛,有时会导致它们死亡。一个有效的防止动物入侵的系统是越来越必要的。针对这一问题,我们实现了一个完善的、适应性强的农田实时可视化系统。对农田进行监视,当遇到动物时,使用YOLO算法对它们进行分类,并根据存在的入侵者类型采取纠正措施。最后,向农民和森林官员提供入侵的地理位置和图像。如果在几秒钟后发现有动物出现,则使用强力驱虫剂作为备用。因此,该技术成功地在不杀死动物的情况下赶走了动物,并减少了人类与动物之间的冲突,因为它不需要人类的参与。
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