时序电路的边界曲面与稳定流形

M. Guzan
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引用次数: 5

摘要

本项目比较了三元存储器的边界曲面和稳定流形。指出了它们在常规鞍形奇点情况下的一致性。然而,另一种情况发生在第二个鞍座——所谓的虚拟鞍座。然后用网格法计算的边界面与用后向积分法计算的稳定流形有所不同。所建议的计算稳定流形的方法很难计算和描述大量的轨迹——稳定流形的信息载体。计算轨迹后,用等高线在u1, u2平面上的投影来描述稳定流形本身。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Boundary surface and stable manifold in sequential circuits
This item compares the boundary surface and stable manifold of a ternary memory. It points out to their consistency in the case of conventional saddle singularity. The other case, however, occurs at the second saddle — so called virtual. Then the boundary surface calculated using grid method differs from the stable manifold calculated by backward integration technique. The suggested procedure of calculating the stable manifold is hard for calculating and depicting a large number of trajectories — carriers of information about the stable manifold. After calculating the trajectories, stable manifold itself is depicted using the contour lines in the projection into u1, u2 plane.
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