Aircraft Target Detection Algorithm in Remote Sensing Image Based on Fractional Gabor Transform Convolution

基线方法	AFEM	FGTC	LDyhead	AP/%	参数量/MB
注：其中“√”表示实验中采用了此方法。数据加粗表示该数据是该评价指标下的最优项，下划线表示该数据是次优项。
√				94.0	37.2
√	√			95.3	37.5
√		√		94.8	39.7
√			√	95.1	34.5
√	√	√		95.5	40.8
√	√		√	95.8	35.4
√		√	√	95.3	36.3
√	√	√	√	96.2	36.9

Table 2. Comparison of detection performance of different algorithms on DOTAv1 dataset

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Table 2. Comparison of detection performance of different algorithms on DOTAv1 dataset

方法	输入图片大小/像素×像素	主干网络	AP/%	参数量/MB
注：数据加粗表示该数据是该评价指标下的最优项，下划线表示该数据是次优项。
CSL	800×800	ResNet152	90.3	37.4
FAOD	1024×1024	R-101-FPN	90.2	40.2
STBY	640×640	CSPDarkNet53	93.4	38.4
YOLOv7	640×640	ELANS	94	37.2
本文方法	640×640	AFENS	96.2	36.9

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Xin CHEN, Huilin SHAN, Xiuxian DUAN, Xinyue WU, Ding MA, Yinsheng ZHANG. Aircraft Target Detection Algorithm in Remote Sensing Image Based on Fractional Gabor Transform Convolution[J]. Spacecraft Recovery & Remote Sensing, 2025, 46(1): 135

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Paper Information

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Received: Sep. 5, 2024

Accepted: --

Published Online: Apr. 2, 2025

The Author Email:

DOI:10.3969/j.issn.1009-8518.2025.01.012

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