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Feature Extraction and Evolution Based Pattern Recognition

机译:基于特征提取和进化的模式识别

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摘要

This paper proposes a novel method of classifier selection for efficient object recognition based on evolutionary computation and data context knowledge called Evolvable Classifier Selection. The proposed method tries to distinguish the data characteristics of input image (data contexts) and selects a classifier system accordingly using the genetic algorithm. It stores its experiences in terms of the data context category and the artificial chromosome so that the context knowledge can be accumulated and used later. The proposed method operates in two modes: the evolution mode and the action mode. It can improve its performance incrementally using GA in the evolution mode. Once sufficient context knowledge is accumulated, the method can operate in realtime. The proposed method has been evaluated in the area of face recognition. Data context-awareness, modeling and identification of input data as data context categories, is carried out using SOM.
机译:本文提出了一种基于进化计算和数据上下文知识的有效目标识别的分类器选择新方法,称为可进化分类器选择。所提出的方法试图区分输入图像的数据特征(数据上下文),并使用遗传算法相应地选择分类器系统。它根据数据上下文类别和人工染色体存储其经验,以便可以在以后积累和使用上下文知识。所提出的方法以两种模式操作:演化模式和动作模式。它可以在演化模式下使用GA逐步提高其性能。一旦积累了足够的上下文知识,该方法就可以实时运行。所提出的方法已经在人脸识别领域进行了评估。使用SOM进行数据上下文感知,将输入数据建模和标识为数据上下文类别。

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