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Improving security in cache memory by power efficient scrambling technique

机译:通过高效节能加扰技术提高缓存的安全性

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The last decade has recorded an increase in security protocols for integrated circuits and memory systems, because of device specific attacks such as side-channel monitoring and cold boot and also because sensitive information is stored in such devices. The scope of this study is to propose new security measures which can be applied in memory systems, in order to make the stored data unusable, if retrieved successfully by any type of attack. The security technique uses interleaved scrambling vectors to scramble the data retained in a memory system and employs several dissemination rules. The proposed technique is investigated and assessed from several perspectives, such as power consumption, time performance and area overhead.
机译:过去十年记录了集成电路和存储系统安全协议的增长,这是由于特定于设备的攻击(例如边信道监控和冷启动)以及敏感信息存储在此类设备中而引起的。这项研究的范围是提出新的安全措施,可以将其应用到内存系统中,以使存储的数据在通过任何类型的攻击成功检索后均无法使用。该安全技术使用交错的加扰向量来加扰存储系统中保留的数据,并采用多种传播规则。从诸如功耗,时间性能和区域开销之类的多个角度对所提出的技术进行了研究和评估。

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