On controlling multistability in memristor circuits

M. Di Marco, M. Forti, G. Innocenti, A. Tesi
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Abstract

One of the appealing properties of memristor circuits is multistability, i.e., the coexistence in the state space of a large variety of different attractors. Since each attractor belongs to one of the infinitely many invariant manifolds in which the state space is decomposed, switching between different attractors requires to address the problem of steering the memristor circuits dynamics from one invariant manifold to another in a given time interval. For a fairly general class of circuits containing an ideal memristor it is shown that it is always possible to solve this problem via a pulse programmed source.
忆阻电路的多稳性控制
忆阻电路最吸引人的特性之一是多稳定性,即大量不同的吸引子在状态空间中共存。由于每个吸引子都属于状态空间被分解的无限多不变流形中的一个,在不同吸引子之间的切换需要解决在给定时间间隔内从一个不变流形动态地转向另一个不变流形的问题。对于包含理想忆阻器的相当一般的一类电路,表明总是可以通过脉冲编程源来解决这个问题。
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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