Deep learning based object detection for agricultural machinery

S. Brassai, A. Németh, A. Hammas, Szabolcs Laszlo GABor
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Abstract

Drone imagery based object supervising has become more and more widespread. In the paper the Single shot Alignment Network is used to classify and localize the objects. The images were acquired by using two types of drones, DJI Tello and Zll SG906 Pro 2 in about thirty classes, and about nineteen were processed and detailed in the paper. The objects labeling was realized in CVAT labeling tool. For neural network management the mmdetection framework was used, and the obtained results were detailed on s2a-net. The paper focuses on the preparation of the neural network system to be used for agricultural machine detection. The network was trained on a PC with reduced processing capabilities. The dataset was cut in smaller tasks. An architecture is proposed to be used in future for dataset management during the training process.
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基于深度学习的农业机械目标检测
基于无人机图像的目标监控越来越广泛。本文采用单镜头对准网络对目标进行分类和定位。图像是通过使用两种类型的无人机,DJI Tello和Zll SG906 Pro 2在大约30个类中获得的,并且在论文中对大约19个进行了处理和详细说明。在CVAT标注工具中实现对象标注。对于神经网络的管理,采用了mmdetection框架,并在s2a-net上详细介绍了得到的结果。本文重点研究了用于农业机械检测的神经网络系统的研制。该网络是在一台处理能力较差的个人电脑上进行训练的。数据集被分成更小的任务。提出了一种用于训练过程中数据集管理的体系结构。
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