迈向超二进制电子和系统的时代

M. Kameyama
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引用次数: 43

摘要

多值逻辑(MVL)系统的关键问题是开发优良的多值硬件算法和合适的器件。从这个角度来看,已经开发出了几种优于相应二进制芯片的芯片。这些优点将大大增强在亚微米几何,因为性能取决于互连电阻和电容。然而,有必要更正式地评估这些影响,并通过实际的VLSI实现来证明它们的可行性。此外,面向mvl的器件(如生物器件)的基础研究是实现超二进制电子和系统的必要条件。20世纪90年代的挑战将是使MVL方法在实际应用中发挥重要作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Toward the age of beyond-binary electronics and systems
The key issue in MVL (multiple-valued-logic) systems is the development of superior multiple-valued hardware algorithms and appropriate devices. From this point of view, several chips that are superior to the corresponding binary ones have been developed. These advantages will be greatly enhanced in the submicron geometry because performance depends on the interconnection resistance and capacitance. However, it will be necessary to evaluate these effects more formally and demonstrate their viability by actual VLSI implementations. Also, the basic research on MVL-oriented devices, such as biodevices, is essential to realize beyond-binary electronics and systems. The challenge for the 1990s will be to establish a significant role for MVL approaches in practical applications.<>
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CiteScore
1.90
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