一项新研究通过TCAD仿真详细分析了DRAM读取干扰现象，该现象包括RowHammer和RowPress两种表现形式，是影响芯片鲁棒性的重要问题[1]。这类干扰会导致DRAM访问过程中其他存储位置发生意外的比特翻转[1]。研究团队通过TCAD仿真弥合了实验表征与器件级物理模型之间的差距，总结了更新的错误机制并识别了影响仿真结果的关键参数[1]。
该研究重点关注三个基本指标：比特翻转的方向、比特翻转计数，以及触发首次比特翻转所需的最小侵略行激活次数（ACmin）[1]。相关论文已于2026年7月30日提交[1]。
A research paper has examined DRAM read disturbance phenomena, specifically RowHammer and RowPress, which represent critical chip reliability issues capable of causing unexpected bit flips in DRAM cells when accessed [1]. The study bridges the gap between experimental characterization and device-level physics models through TCAD simulation, while summarizing updated error mechanisms and identifying key parameters that influence simulation outcomes [1].
The research focuses on three fundamental metrics to understand these disturbance phenomena: the direction of bit flips, the count of bit flips, and the minimum number of aggressive row activations required to trigger the first bit flip, referred to as ACmin [1]. By employing TCAD simulation techniques, the researchers validate the correspondence between physical mechanisms and experimental observations [1]. The paper was submitted on July 30, 2026 [1].