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A NEW CLASSIFICATION ALGORITHM: OPTIMALLY GENERALIZED LEARNING VECTOR QUANTIZATION (OGLVQ)

机译:一种新的分类算法:优化的广义学习矢量量化(OGLVQ)

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摘要

We present a new Generalized Learning Vector Quantization classifier called Optimally Generalized Learning Vector Quantization based on a novel weight-update rule for learning labeled samples. The algorithm attains stable prototype/weight vector dynamics in terms of estimated current and previous weights and their updates. Resulting weight update term is then related to the proximity measure used by Generalized Learning Vector Quantization classifiers. New algorithm and some major counterparts are tested and compared for synthetic and publicly available datasets. For both the datasets studied, it is seen that the new classifier outperforms its counterparts in training and testing with accuracy above 80% its counterparts and in robustness against model parameter varition.
机译:我们提出了一种新的广义学习向量量化分类器,称为“最优广义学习向量量化”,该分类器基于一种新颖的权重更新规则,用于学习标记样本。该算法根据估计的当前和先前的权重及其更新获得稳定的原型/权重矢量动态。然后将所得的权重更新项与广义学习矢量量化分类器使用的接近度度量相关。测试了新算法和一些主要算法,并比较了合成数据和公开可用的数据集。对于所研究的两个数据集,可以看出,新分类器在训练和测试中均优于同类分类器,其准确性高于同类分类器的80%,并且在对抗模型参数变化方面具有较强的鲁棒性。

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