A novel method of underwater multitarget classification based on Multidimensional Scaling analysis

Ru-hang Wang, Jianguo Huang, Xiaodong Cui, Qunfei Zhang
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Abstract

In order to solve the problem of robustly classifying underwater multiple targets in shallow sea, a novel classification method based on Multidimensional Scaling (MDS) is proposed. This algorithm extracts the robust and distinct feature difference between targets by means of MDS, and optimizes the feature distance by combining with kernel function. A modified K-means classifier is utilized to cluster the extracted features without knowing the prior information of class number. Experiment results on real sonar detecting data indicate that the classifying probability increases by 13.4% compared with PCA, and the probability and robustness of underwater target classification are improved effectively.
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基于多维尺度分析的水下多目标分类新方法
为了解决浅海水下多目标的鲁棒分类问题,提出了一种基于多维尺度(MDS)的分类方法。该算法通过MDS提取目标之间鲁棒且明显的特征差异,并结合核函数优化特征距离。在不知道类号先验信息的情况下,利用改进的K-means分类器对提取的特征进行聚类。在真实声纳探测数据上的实验结果表明,与主成分分析相比,该方法的分类概率提高了13.4%,有效地提高了水下目标分类的概率和鲁棒性。
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