Performance optimizations of integrity checking based on Merkle trees

Salaheddine Ouaarab, Guillaume Duc, R. Pacalet
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Abstract

Merkle hash trees are used to protect the integrity of data sets, against all kinds of attacks, including replay. They usually imply a significant storage and performance overhead. This paper introduces several proposals (hollow trees, dedicated caches) to mitigate these overheads. They have been implemented in SecBus, a software / hardware architecture protecting the external memories of a System-on-Chip.
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基于Merkle树的完整性检查性能优化
默克尔哈希树用于保护数据集的完整性,防止各种攻击,包括重放。它们通常意味着巨大的存储和性能开销。本文介绍了几个建议(空心树,专用缓存)来减少这些开销。它们已经在SecBus中实现,SecBus是一种保护片上系统外部存储器的软件/硬件体系结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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