"Timing Side-channel Leakage and Fault Resilience Evaluation of Lightweight Authentication on Arduino-Class MCUs"
收藏DataCite Commons2026-04-15 更新2026-05-03 收录
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https://ieee-dataport.org/documents/timing-side-channel-leakage-and-fault-resilience-evaluation-lightweight-authentication
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资源简介：
"This dataset contains over 8,000 execution\u2011time measurements collected from an Arduino\u2011class microcontroller executing a lightweight authentication routine representative of embedded and automotive ECU workloads. Each record includes the trial index, input class (A\u2013D), measured execution time in microseconds, and the comparison result. Because the microcontroller\u2019s hardware timer quantizes measurements in 4\u2011\u00b5s increments, the dataset captures subtle but statistically meaningful timing variations caused by secret\u2011dependent control flow. These measurements enable researchers to analyze timing side\u2011channel leakage, evaluate distribution\u2011level timing differences across input classes, and benchmark countermeasures on resource\u2011constrained embedded platforms. The dataset supports reproducible experimentation, statistical leakage detection, and comparative evaluation of constant\u2011time implementations. "
提供机构：
IEEE DataPort
创建时间：
2026-04-15
