A novel adaboost based algorithm for processing defect big data

Yinlei Wen, Huaguang Zhang, Jinhai Liu, Fangming Li
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Abstract

In the practice applications of defect detecting, large amounts of data need to be analyzed. In this paper, a new analysis method is developed based on adaboost algorithm. By using neural networks with a fixed structure, a series of models are built which may be not accurate. Error rates of the models are computed to gain and adjust the weights of every model. A higher accurate model is built by the models and weights. Compared with traditional neural network method, this adaboost based method does not need to adjust the node numbers of neural networks. In addition, it remains accuracy and reduces complexity. Finally, an example is given to demonstrate the effectiveness and advantages of the methods.
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基于adaboost的缺陷大数据处理新算法
在缺陷检测的实际应用中,需要对大量的数据进行分析。本文提出了一种新的基于adaboost算法的分析方法。利用固定结构的神经网络建立的一系列模型可能不准确。计算模型的错误率,以获得和调整每个模型的权重。通过模型和权值的结合,建立了精度更高的模型。与传统的神经网络方法相比,基于adaboost的方法不需要调整神经网络的节点数。此外,它保持了准确性并降低了复杂性。最后,通过一个算例验证了该方法的有效性和优越性。
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