An LSTM-based Method for Recognition and Prediction of Aircraft Formation

Futai Liang, Yan Zhou, Zheng Zhang, Xin Chen, Xiaojie Tang, Qiang Sun
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Abstract

Aircraft formation recognition and prediction are of great significance in modern air combat. Aiming at the problems of many manual interventions and complex implementation through traditional aircraft formation recognition methods, an intelligent recognition and prediction method of aircraft formation is proposed. First, a formation coding method is designed, which is combined with Support Vector Machine (SVM) to construct a formation recognition model. Then, a formation prediction model is constructed based on the Long-Short-Term Memory network (LSTM) and the recognition model. Finally, a dataset is generated to train the two models, and the trained model can be used for formation recognition and prediction. After experimental verification, the method proposed in the paper has better recognition and prediction effects on formations, the recognition accuracy can reach 95.5%, and the accuracy of formation prediction can reach 95%.
基于lstm的飞机编队识别与预测方法
飞机编队识别与预测在现代空战中具有重要意义。针对传统飞机编队识别方法人工干预多、执行复杂的问题,提出了一种飞机编队智能识别与预测方法。首先,设计了一种编队编码方法,并将其与支持向量机(SVM)相结合,构建了编队识别模型;然后,基于长短期记忆网络(LSTM)和识别模型构建队形预测模型。最后,生成一个数据集对这两个模型进行训练,训练后的模型可用于地层识别和预测。经实验验证,本文提出的方法对地层具有较好的识别和预测效果,识别精度可达95.5%,地层预测精度可达95%。
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