基于变压器的图像识别过程中的目标检测

Dmytro Myroniuk, B. Blagitko, Ihor Zaiachuk
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引用次数: 0

摘要

分析了利用变压器技术进行图像识别过程中现代目标检测的方法。确定了各种方法的优点和缺点。基于FAIR团队的DETR变压器搭建了自己的网络,并对其运行进行了分析。对优化后的卷积神经网络与变压器网络的性能进行了比较。在研究过程中使用了云计算工具、图形处理器、物联网集群或嵌入式微处理器系统。为了在不同类型的设备上保证高的目标检测器精度和实时检测结果,需要一种高效的目标检测器和模型缩放技术。变压器模型的学习是一步一步的说明过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Object Detection in the Image Recognition Process Using Transformers
Modern object detection methods in the image recognition process us-ing transformer technology are analyzed.The various methods advantages and disadvantages are identified. An own network was created based on the DETR transformer from the FAIR team, and its operation was analyzed. A comparison of the transformer networks perfor-mance with optimized architectures of convolutional neural networks is made.The cloud computing tools, graphics processors, Internet of Things clusters or embedded microprocessor systems were used in the research process.To ensure high object detector accuracy and real-time detection results on different types of devices, an efficient object detector and model scaling technique are required.The transformer model learning is illustrated step-by-step process.
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