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Research on Deep Learning Methods of UUV Maneuvering Target Tracking

机译:UUV机动目标跟踪深层学习方法研究

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This paper studies a single target tracking method based on deep learning. If the target's motion model is known, then we can use appropriate filtering methods to achieve target tracking based on the target's motion state. However, when the target motion is complex and the motion model is unknown, the filtering method is difficult to apply. To this end, we have designed two single target tracking methods based on recurrent neural networks, that is, a single target tracking algorithm based on Long and Short-Term Memory Network (LSTM) and Bidirectional Long and Short-Term Memory Network (Bi-LSTM). LSTM is a variant network based on RNN, and Bi-LSTM is based on LSTM plus One hidden layer, both LSTM and Bi-LSTM networks can process data on time series. Finally, tracking training and testing are performed for UUV under different maneuvering states to verify the effectiveness of the method, and the tracking effects and accuracy of the two models are analyzed.
机译:本文研究了基于深度学习的单一目标跟踪方法。如果已知目标的运动模型,则可以使用适当的过滤方法来基于目标的运动状态实现目标跟踪。然而,当目标运动复杂并且运动模型未知时,难以施加过滤方法。为此,我们设计了基于经常性神经网络的两个单一目标跟踪方法,即,基于长期内存网络(LSTM)和双向长期内存网络的单个目标跟踪算法(Bi- LSTM)。 LSTM是基于RNN的变型网络,Bi-LSTM基于LSTM加上一个隐藏层,LSTM和Bi-LSTM网络都可以在时间序列上处理数据。最后,在不同的机动状态下对UUV进行跟踪训练和测试,以验证方法的有效性,分析了两种模型的跟踪效果和准确性。

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