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引用次数: 2

摘要

摘要环面和超环面结构在纳米技术中起着至关重要的作用,在电子器件和元件的纳米技术设计中有着广泛的应用。对于超环体结构的建模,提出并研究了无限Petri网模型。在超环面模型参数化的基础上,导出了一个无限线性齐次方程组。利用先前开发的ad-hoc算法,得到了系统的参数解。我们可以用显式的形式,写出一个包含所有正分量的解。因此,对于任何给定的超环面尺寸和维数,该模型都是一个p不变的Petri网。因此,我们可以在超环面结构的实际实现中使用有限容量的存储单元。
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Analysis of a Hypertorus Grid
Abstract structures of torus and hypertorus play a key role in nanotechnologies and are widely applied in nanotechnology for design of electronic devices and components. For modeling hypertorus structures, an infinite Petri net model has been developed and investigated. Based on the parametric specification of hypertorus models, an infinite system of linear homogenous equations has been derived. Using the earlier developed ad-hoc algorithm, a parametric solution of the system has been obtained. We can compose, in an explicit form, a solution that contains all the positive components. Thus, the model is a p-invariant Petri net for any given size and number of dimensions of hypertorus. Consequently, we can use storage elements of limited capacity for practical implementations of a hypertorus structure.
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