实现高速多值多功能的计算机元件技术和控制系统

F. K. Tursunbayev, A. Kuvnakov, N. Mahamatov
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引用次数: 1

摘要

本文考虑构建高速多值元件和结构的概念,其中特征由基向量定义。已经证明,任何真实的设备都可以被解释为一个多值电子电路,并且可以用最全面的观点来解释微分方程系统,并允许探索设备或系统行为的各个方面。这种方法原理的应用允许创建单一家族的多值元素,同时具有高可靠性的操作和混合、多功能性和广泛不变性的特性,以支撑高性能多值信息和计算结构的构建。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The realization of high-speed multivalued multifunctional elements of computer technology and control systems
This paper considers the concept of building a high speed multivalued elements and structures, where the characteristics are defined by the basis vectors. Has been showed that any real device can be interpreted as a multi-valued electronic circuit, and can be explained by differential equations system in the most comprehensive view and allows exploring all aspects of the behavior of the device or the system. The application of the principle of such methodology allowed creating a single family multivalued elements, along with having a high reliability of operation and properties of hybrid, versatility and wide invariance to underpin the construction of highperformance multi-valued information and computing structures.
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