摘要
芯片物理指纹(Physical Unclonable Function,PUF)技术可用于构建新型可信认证体系,具有小型化、低功耗、高安全特性。通过对芯片物理指纹认证性能的研究,提出了对芯片物理指纹可用性相关概念的量化表征。基于芯片物理指纹实测数据进行了更多样本数据的模拟,分析了芯片物理指纹认证参数设置与安全性要求的关系,实现了对芯片物理指纹的可用性的有效评估,为芯片物理指纹技术进一步实现工程化应用提供了参考。
The chip physical unclonable function(PUF)technology can be used to build a new type of credible authentication system,which has the characteristics of miniaturization,low power consumption,and high security.This paper researches on the performance of chip PUF authentication,and puts forward the quantitative characterization of the related concepts of chip PUF availability.Based on the actual measurement data of the chip PUF,more sample data simulations are carried out,the relationship between the chip PUF authentication parameter setting and the security requirements is analyzed,the effective evaluation of the availability of the chip PUF is realized,which provides a reference for further realization of the engineering application of the chip PUF technology.
作者
钟杰
雷颜铭
郑力
潘亚雄
何琛
ZHONG Jie;LEI Yanming;ZHENG Li;PAN Yaxiong;HE Chen(Chengdu Science and Technology Development Center,China Academy of Engineering Physics,Chengdu 610200,China)
出处
《电讯技术》
北大核心
2021年第4期391-395,共5页
Telecommunication Engineering
基金
国防科技创新特区H863计划项目(20-163-05-ZT-001-006-03)。
关键词
物联网
芯片物理指纹
认证阈值
认证错误接受率
认证错误拒绝率
可用性权值
认证错误特征值
Internet of Things
chip PUF
authentication threshold
authentication false acceptance rate
authentication false rejection rate
availability weight
authentication error characteristic value
