Using Memristors to Handle Cell Failures in Flexible Networks: From Programmed Cell Death to Zombies
Using Memristors to Handle Cell Failures in Flexible Networks: From Programmed Cell Death to Zombies
复制标题
使用忆阻器处理灵活网络中的细胞故障：从程序性细胞死亡到僵尸
DOI：
10.1016/j.procir.2013.07.024
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发表时间：
2013
期刊：
影响因子：
--
通讯作者：
Matthews O
中科院分区：
文献类型：
--
作者：
Matthews O
在网络中，小区可能以多种方式发生故障。重要的是，这样的单元被识别并从网络整体隔离，以允许故障单元的任务被重新分配，并防止故障单元导致其他单元故障的级联故障。我们提出了一种新的，低功耗的方法，使用简单的忆阻器为基础的电路，提供自主处理的时钟同步问题，以及支持细胞隔离的细胞或网络和细胞复活的网络。
Within a network, cells may fail in multiple ways. It is important that such cells be both identified and isolated from the network as a whole to both allow the failing cell's tasks to be reallocated and for the prevention of cascade failures where a malfunctioning cell causes other cells to fail. We present a novel, low-power approach using simple memristor-based electrical circuits that provides autonomic handling of clock sync issues as well as supporting cell isolation by either the cell or the network and cell resurrection by the network.