An l 2-norm regularized underwater target classifier with improved generalization capability

C. S. Chandran, S. Kamal, A. Mujeeb, M. Supriya
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Abstract

Improving the generalization capability of a target classifier has become one of the primary challenges in underwater target recognition systems. This paper addresses the task of classification in the framework of ill-posed inverse problems, and discusses the problem of overfitting, the solution to which has been formulated using the technique of regularization. l 2 norm regularization on a logistic regression classifier has been implemented utilizing Newton's method to minimize the cost function for parameter optimization. Evaluation results with the help of Receiver Operating Characteristics and classification accuracy reveal the performance improvement of the classifier while making predictions on unseen samples.
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一种提高泛化能力的2范数正则化水下目标分类器
提高目标分类器的泛化能力已成为水下目标识别系统面临的主要挑战之一。本文讨论了不适定逆问题框架下的分类问题,讨论了过拟合问题,并利用正则化技术给出了过拟合问题的解。利用牛顿最小化代价函数的方法对逻辑回归分类器进行了2范数正则化。基于Receiver Operating Characteristics和classification accuracy的评估结果表明,在对未知样本进行预测时,分类器的性能有所提高。
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Sparse reconstruction based direction of arrival estimation of underwater targets Experimental observation of direction-of-arrival (DOA) estimation algorithms in a tank environment for sonar application Data-model validation of broadband normal mode reverberation model An l 2-norm regularized underwater target classifier with improved generalization capability Real time target recognition using Labview
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