1、探索了亚20纳米DRAM中RowPress引起的泄漏的物理机制;2、对比了单面和双面RowPress与Row Hammer,重点研究电子迁移和电容串扰;3、确定增加的电场是RowPress效应的主要贡献者,与Row Hammer的e-trap辅助机制不同;4、研究了RowPress的位翻转方向性、温度依赖性、访问模式依赖性和数据模式依赖性;5、评估了RowPress效应的可扩展性,为开发缓解技术和增强DRAM的可靠性和安全性提供了理论基础。
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