基于多峰共振隧道二极管的模糊化

Hao Tang, H. Lin, Sen Jung Wei
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引用次数: 3

摘要

与传统的CMOS和双极实现相比,新提出的模糊电路利用了一类量子阱器件的独特折叠特性,即谐振隧道二极管(RTD)。根据可用的固有I-V特性的种类,提出了三种不同类型的基于RTD的模糊化。出于模糊逻辑的目的,多峰RTD I-V特性一般可分为三角形、锯齿形和滞后型。操作速度,即每秒模糊逻辑推理(FLIPS)预计会很高,并且与之前提出的使用传统器件(如CMOS)的模糊化电路相比,电路复杂性降低了。
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Multi-peak resonant tunneling diodes based fuzzifiers
In contrast to conventional CMOS and bipolar implementations for fuzzifier hardwares, the newly proposed fuzzifier circuits take advantage of the unique folding characteristic of one class of quantum well device, namely, the resonant tunneling diode (RTD). Three different types of RTD based fuzzifiers are proposed depending on the kinds of intrinsic I-V characteristics available. For fuzzy logic purposes, the multi-peaked RTD I-V characteristics can be generally classified as triangular, sawtooth and hysteretic types. The speed of operation, i.e. fuzzy logic inference per second (FLIPS) is expected to be high, and circuit complexity is reduced with respect to previously proposed fuzzifier circuits using conventional devices such as CMOS.<>
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