基于SRAM 芯片构建的PUF可信根数据集

基于SRAM 芯片构建的PUF可信根数据集主要面向可信技术研究，可信根安全性与高效性需求建设，基于南京网络通信与安全紫金山实验室以SRAM芯片单元的地址为激励并以对应单元上电初始值为响应构建产生，主要记录了用二进制表示的7492位PUF响应信息内容，由于每上电一次SRAM-PUF就会产生一次响应，该响应就是可信根，数据量600KB。

This SRAM chip-based PUF trusted root dataset is developed for trusted technology research, addressing the demands for trusted root security and efficiency. It was constructed by Nanjing Purple Mountain Laboratory for Network and Communications Security, using the addresses of SRAM chip cells as challenges and the power-on initial values of the corresponding cells as responses. The dataset mainly records 7492-bit PUF response information in binary format. Each power-on cycle of the SRAM-PUF generates a single response, which serves as the trusted root, and the total size of the dataset is 600 KB.

搜集汇总

背景与挑战

背景概述

该数据集是一个面向可信技术研究的资源，基于SRAM芯片构建，记录了7492位二进制表示的物理不可克隆函数（PUF）响应信息，数据量约为600KB。它主要用于网络安全和信息安全领域，支持可信根安全性与高效性需求的建设，由东南大学创建并于2023年发布。