Talk · IEEE International Conference on Robotic Computing · November 1, 2020

Deep residual neural network-based classification of loaded and unloaded UAV images

Ulzhalgas Seidaliyeva, Manal Alduraibi, Lyazzat Ilipbayeva, Нуржигит Смайлов

Abstract

Like any new technology, unmanned aerial vehicles are used not only for good purposes. Nowadays attackers adapted UAVs for drug delivery, transportation of explosives and surveillance. For this reason, UAV detection and classification are the significant problems for researchers of this area. Previous studies in the field of UAV classification have mostly focused on classifying UAV images as UAV and no UAV, or UAV and other flying objects, also classifying different UAV models. This paper proposes a deep residual convolutional neural network based classification of loaded and unloaded UAV images. As the depth of neural network increases it shows a large learning error. In this case it is relatively easy to optimize residual neural network. Also, ResNet makes it easy to increase accuracy by increasing depth, which is more difficult to achieve with other networks. This paper attempts to show that using ResNet-34 for classification of loaded and unloaded UAV images gives superior performance and acceptable accuracy.

Advanced Neural Network ApplicationsRemote-Sensing Image ClassificationDomain Adaptation and Few-Shot Learningunmanned aerial vehiclesdrone detectionResNet34

Deep residual neural network-based classification of loaded and unloaded UAV images

Abstract

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