基于YOLO模型的宠物猫行为识别

Hsiu-Te Hung, R. Chen
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引用次数: 3

摘要

随着时代的进步和科学技术的飞速发展,机器学习和人工智能越来越多地应用于交通、物流、家居等领域。在宠物方面,宠物监控近年来也变得非常流行。因此,本研究针对家庭宠物的实时监测,以覆盆子派作为监测系统,提出了一种基于覆盆子派的YOLOv3-Tiny识别系统YOLOv3-Tiny方法,该方法检测速度快,边界帧预测效果好。房间里收集了128张猫的动作照片,用于标记和训练。最后,根据输入的图像类别,输出6个猫动作类别的结果。他们睡觉,吃饭,坐下,走路,上厕所,在垃圾桶上搜索。平均准确率为98%。通过图像识别,将图像发送到用户的手机应用程序和电脑上。当猫咪上厕所时间过长或翻垃圾桶时,系统会立即向主人的手机发送信息,实现即时预防宠物远程监控系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pet cat behavior recognition based on YOLO model
With the progress of the times and the rapid development of science and technology, machine learning and artificial intelligence are increasingly used in transportation, logistics, and homes. In terms of pets, pet monitoring has also become very popular in recent years. Therefore, this study for the real-time monitoring of home pets, using the raspberry pie as a monitoring system, proposed a raspberry pi-based YOLOv3-Tiny identification system YOLOv3-Tiny method with rapid detection and better boundary frame prediction. One thousand one hundred twenty-eight pictures of cats' movements were collected in the room for marking and training. Finally, according to the input image categories, the results of six cat action categories were output. They were sleeping, eating, sitting down, walking, going to the toilet, and search on a trash can. The average accuracy was 98%. Through image recognition, the images were sent to the user's mobile phone app and computer. When the cat goes to the toilet for too long or flips through the trash can, the system will instantly send a message to the owner's mobile phone to achieve an instant preventive remote pet monitoring system.
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