The method of performance advancement using modified neural network for test algorithm of semiconductor packages

Chang-Hyun Kim, Hong-Yeon Yu, Sung-Hoon Hong
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引用次数: 1

Abstract

The classification of defects in semiconductor packages was performed by the pattern recognition technology with modified neural network is based on image processing. The pattern recognition algorithm is composed of image processing and modified backpropagation neural network. Image processing is preprocessing method for dimensionality reduction that is input data of backpropagation neural network. And image processing is simply made of image equalization and binary image conversion and edge detection for reducing operation time. And most of algorithm of backpropagation neural network is generally used uniform train weight, but the algorithm in this research is applied to variously subdivided train weights of backpropagation neural network based on types of semiconductor packages according to kinds of defects. Through above processes, we obtained advanced result of pattern recognition about defects in semiconductor packages.
基于改进神经网络的半导体封装测试算法性能提升方法
采用基于图像处理的改进神经网络模式识别技术对半导体封装缺陷进行分类。模式识别算法由图像处理和改进的反向传播神经网络组成。图像处理是对作为反向传播神经网络输入数据的降维进行预处理的方法。为了减少操作时间,图像处理简单地由图像均衡、二值图像转换和边缘检测组成。而大多数反向传播神经网络算法一般都是采用均匀的列车权值,而本研究的算法则是根据半导体封装的类型,根据缺陷的种类,将反向传播神经网络的列车权值进行各种细分。通过以上过程,我们获得了半导体封装缺陷模式识别的先进成果。
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