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Underwater Target Detection Method Based on Third Party Information Transfer Learning

机译:基于第三方信息传递学习的水下目标检测方法

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The complex underwater environment leads to a small number of samples and a serious lack of target information. To solve the above problems, this paper proposes an underwater target detection method based on third party information transfer learning (TITL). Firstly, the method obtains the targets feature description from the knowledge base as third-party information. Using the third-party information and target information fusion, constitute a new target domain. Solved the problem of low detection accuracy caused by insufficient target data. Secondly, according to the uneven distribution of underwater image features, this method introduces the feature distribution difference adaptive principle into integrated migration learning. This method reduces the time of feature mapping and ensures the accuracy of migration learning. Experimental results show that the algorithm is effective in the Underwater Target dataset compared with existing algorithms.
机译:复杂的水下环境导致样品数量少,并且目标信息严重缺乏。针对上述问题,本文提出了一种基于第三方信息传递学习(TITL)的水下目标检测方法。首先,该方法从知识库获得目标特征描述作为第三方信息。利用第三方信息和目标信息的融合,构成一个新的目标域。解决了目标数据不足导致的检测精度低的问题。其次,针对水下图像特征的不均匀分布,将特征分布差异自适应原理引入到综合迁移学习中。该方法减少了特征映射的时间,并确保了迁移学习的准确性。实验结果表明,与现有算法相比,该算法在水下目标数据集中是有效的。

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