Full 6.5-day CW measurement for Drift Detection

Full 6.5-day CW measurement for Drift Detection

Experiment:

-The dataset was captured using the Chipwhisperer CW308, with the target device being STM32F3 with an ARM Cortex-M4

-The target device performed an AES-128 encryption while we measured the leakage traces

-The experiment lasted for approximately 6.5 days 

-The data is organized in parts of 100k traces each. Each 100k-sized part was captured in approx. 38 minutes. Each trace has 5k time samples (features). The original experiment has a total of 254 parts of 100k traces each. 

-Every 100k-trace data part is called tracesi.mat and comes together with labeli.mat, for indexes i = 1, 2, ..., 254

-The labeli.mat is the value of a single sboxoutput of AES-128 i.e. the label ranges in the set {0,1,...,255}. We assume that successfully recovering the sboxoutput implies successfully recovering the respective key byte of AES-128.

We also have a reduced version of the dataset available here: 

https://doi.org/10.21942/uva.25061858

本数据集通过 Chipwhisperer CW308 设备进行采集，目标设备为 STM32F3 芯片搭载的 ARM Cortex-M4 处理器。
在目标设备执行 AES-128 加密操作的同时，我们测量了其泄漏痕迹。
实验持续了大约 6.5 天。
数据被组织成每部分包含 10 万条痕迹的集合，每部分 10 万条痕迹的采集大约需要 38 分钟。每条痕迹包含 5 千个时间样本（特征）。原始实验共有 254 个这样的部分。
每个 10 万条痕迹的数据部分被称为 tracesi.mat，并附带 labeli.mat 文件，其中 i 的取值范围为 1, 2, ..., 254。
labeli.mat 文件记录了 AES-128 单一 sbox 输出的值，即标签值位于集合 {0,1,...,255} 中。我们假设成功恢复 sbox 输出即意味着成功恢复 AES-128 对应的密钥字节。
此外，我们还提供了一份数据集的缩减版本，可通过以下链接获取：
https://doi.org/10.21942/uva.25061858