首页|基于DSAE-VGG的无人机定位跟踪技术

基于DSAE-VGG的无人机定位跟踪技术

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为提高无人机的识别准确率,基于深度稀疏自编码网络(DSAE)和视觉几何组(VGG)深度卷积网络,提出一种DSAE-VGG无人机识别模型.采用DSAE对雷达探测的无人机数据进行了特征降维,根据雷达探测的无人机数据设计改进了VGG网络结构,并利用改进的VGG网络对特征降维后的数据进行分类识别,实现了无人机的有效识别.仿真结果表明,所提模型可准确识别单旋翼、四旋翼、六旋翼无人机,且具有较高的准确率,平均识别准确率达到97%,相较于CNN模型和VGG模型,平均识别准确率分别提高了8.24%和4.22%,具有一定的优越性,可满足基于雷达探测的无人机识别准确率要求.
Esearch on UAV location and tracking technology based on radar detection
To improve the recognition accuracy of drones,a DSAE-VGG drone recognition model was proposed based on Deep Sparse Auto Encoder(DSAE)and VGG networks.DSAE was used to reduce the feature dimension of the UAV data detected by radar,and the VGG network structure was designed and improved according to the UAV data detected by radar,and the improved VGG network was used to classify and identify the data after feature dimensionality reduction,so as to realize the effective identification of UAV.The simulation results showed that the proposed model could accurately identify single rotor,four rotor,and six rotor unmanned aerial vehicles,and had a high accuracy rate,with an average recognition accuracy of 97% .Compared with the CNN model and VGG model,the average recognition accuracy had been improved by 8.24% and 4.22%,respectively.It has certain advantages and can meet the accuracy requirements of radar detection based unmanned aerial vehicle recognition.

radar detectiondrone identificationDSAE networkVGG network

张首军、金宪才、高兴山、迟庆志

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国网黑龙江省电力有限公司 鹤岗供电公司,黑龙江 鹤岗 154100

雷达探测 无人机识别 DSAE网络 VGG网络

2025

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湖北省襄樊市胶粘技术研究所

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影响因子:0.364
ISSN:1001-5922
年,卷(期):2025.52(1)