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Effects of using enhanced input range profiles for 1-d automated maritime vessel classification

机译:使用增强的输入范围配置文件进行一维自动海事船舶分类的影响

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摘要

This research deals with quantifying the benefits of using the novel Sum Normalized Range Profile (SNRP) over prior art for 1-d feature extraction based classification of maritime vessels. For a fair comparison, classification and feature extraction techniques are maintained the same, for each range profile input. While utilizing SNRP inputs, the automated target recognition engine results indicate an improvement of roughly 8.2% and 11.3% for the correct probability of classification and joint-classification, respectively. This finding has ramifications to enhance not only 1-d classification techniques but also data fusion techniques that can encompass multidimensional and multiple datasets.
机译:这项研究涉及量化对基于船舶特征的一维特征提取使用新颖的总归一化距离剖面(SNRP)优于现有技术的好处。为了公平地比较,对于每个范围配置文件输入,分类和特征提取技术都保持相同。使用SNRP输入时,自动目标识别引擎的结果表明,正确分类和联合分类的概率分别提高了约8.2%和11.3%。该发现具有不仅增强一维分类技术而且增强可涵盖多维和多个数据集的数据融合技术的后果。

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