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Wavelet Neural Network Using Multiple Wavelet Functions in Target Threat Assessment

机译:小波神经网络在目标威胁评估中使用多个小波函数

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Target threat assessment is a key issue in the collaborative attack. To improve the accuracy and usefulness of target threat assessment in the aerial combat, we propose a variant of wavelet neural networks, MWFWNN network, to solve threat assessment. How to select the appropriate wavelet function is difficult when constructing wavelet neural network. This paper proposes a wavelet mother function selection algorithm with minimum mean squared error and then constructs MWFWNN network using the above algorithm. Firstly, it needs to establish wavelet function library; secondly, wavelet neural network is constructed with each wavelet mother function in the library and wavelet function parameters and the network weights are updated according to the relevant modifying formula. The constructed wavelet neural network is detected with training set, and then optimal wavelet function with minimum mean squared error is chosen to build MWFWNN network. Experimental results show that the mean squared error is1.23×10-3, which is better than WNN, BP, and PSO_SVM. Target threat assessment model based on the MWFWNN has a good predictive ability, so it can quickly and accurately complete target threat assessment.
机译:目标威胁评估是协同攻击中的关键问题。为了提高航空战斗中目标威胁评估的准确性和有用性,我们提出了一种小波神经网络,MWFWNN网络的变种来解决威胁评估。在构建小波神经网络时,如何选择适当的小波函数很难。本文提出了一种小波母函数选择算法,具有最小平均平方误差,然后使用上述算法构建MWFWNN网络。首先,它需要建立小波函数库;其次,小波神经网络通过在库中的每个小波母函数构建,并且根据相关修改公式更新网络权重。通过训练集检测构造的小波神经网络,然后选择具有最小均方误差的最佳小波函数来构建MWFWNN网络。实验结果表明,平均平均误差为1.23×10-3,比Wnn,BP和PSO_SVM更好。基于MWFWNN的目标威胁评估模型具有良好的预测能力,因此可以快速准确地完成目标威胁评估。

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