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Device Identification from Mixture of Measurable Characteristics

机译:从可测量特性的混合的设备识别

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In this paper, a novel framework that realizes identification of power MOSFETs for enhancing their security is proposed. Selecting mixture of measurable device parameters of MOSFETs as a feature vector, individual devices are robustly distinguished. In the experiments using a 11-parameter feature vector with machine learning techniques of random forest and support vector machine (SVM) as example classifiers, 70 commercial quality SiC power MOSFETs were successfully distinguished at 98.1% accuracy.
机译:在本文中,提出了一种实现用于增强其安全性的功率MOSFET的识别的新框架。选择MOSFET的可测量设备参数的混合作为特征向量,鲁棒地区分各个设备。在使用随机林和支持向量机(SVM)的机器学习技术的11个参数特征向量中的实验中作为示例分类器,成功地以98.1%的精度成功区分了70个商业质量的SIC功率MOSFET。

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