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Automatic fish species classification based on robust feature extraction techniques and artificial immune systems

机译:基于强大特征提取技术和人工免疫系统的自动鱼种分类

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This paper addresses the problem of automatic classification of fish species, by using image analysis techniques and artificial immune systems. Unlike most common methodologies, which are based on manual estimations that lead to significant time and financial constraints, we present an automatic framework based on (i) two well-known robust feature extraction techniques: Scale-Invariant Feature Transform and Principal Component Analysis for parameterizing shape, appearance and motion, (ii) two immunological algorithms: Artificial Immune Network and Adaptive Radius Immune Algorithm for clustering individuals of the same species, and (iii) a simple nearest neighbor classification strategy. The framework was successfully validated with images of fish species that have significant economic impact, achieving overall accuracy as high as 92%.
机译:本文通过使用图像分析技术和人工免疫系统解决了鱼种自动分类的问题。与大多数常用的基于手工估计的方法会导致大量的时间和财务约束不同,我们提出了一种基于以下(i)两种众所周知的健壮特征提取技术的自动框架:尺度不变特征变换和用于参数化的主成分分析形状,外观和运动;(ii)两种免疫算法:用于将同一物种的个体聚类的人工免疫网络和自适应半径免疫算法,以及(iii)简单的最近邻分类策略。该框架已通过具有重大经济影响的鱼类的图像成功验证,其总体准确性高达92%。

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