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Research on Target Recognition of Low Resolution Anti-ship Missile Based on Classifier Combination

机译:基于分类器组合的低分辨率反舰导弹目标识别研究

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In order to deal with complex naval battle field, it is of great significance to study how to improve the target recognition performance of anti-ship missile. The target recognition performance can be improved effectively by making full use of the RCS frequency characteristic of frequency agility anti-ship missile, Establish a RCS frequency characteristic database with six target classes from various aspect angles, and nine statistically based RCS frequency features are defined on the database, three kinds of classifiers are used as base classifiers: quadratic discriminant classifier, 7-nearest neighbor classifier and decision tree classifier, the proposed combination rule utilizes a LM-BP neural network combiner, and the performance of this combiner is compared to base classifiers as well as four other non-trainable combiners, which shows that classifier combination based LM-BP can improve the target recognition performance of anti-ship missile.
机译:为了应对复杂的海战领域,研究如何提高反舰导弹的目标识别性能具有重要意义。充分利用频率捷变反舰导弹的RCS频率特征,建立RCS频率特征数据库,从不同角度对6种目标类别进行分类,并定义9种基于统计的RCS频率特征,可以有效地提高目标识别性能。在数据库中,使用三种分类器作为基本分类器:二次判别式分类器,7近邻分类器和决策树分类器,所提出的组合规则利用LM-BP神经网络组合器,并将该组合器的性能与基准值进行比较。分类器以及其他四个不可训练的组合器,这表明基于分类器组合的LM-BP可以提高反舰导弹的目标识别性能。

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