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A novel mixed-signal digital voltage mode CMOS fuzzy logic controller in 0.18#x03BC;m technology

机译:0.18μm技术的新型混合信号数字电压模式CMOS模糊逻辑控制器

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What is presented in this article is a general purpose fuzzy controller. In comparison with other structures, a novel approach is used in the fuzzifier section that brings about accuracy and speed enhancement. A new Min-Мах circuit with the capability of generating minimum, maximum and both of mentioned results (utilizing a decoder) is exploited in inference engine. The defuzzifier is designed in a simple manner according to the center of area (СОК) method and it acts like a variable resistor. A controller of two inputs, nine rules and one output simulated with Hspice software with level 49 parameters. The inference speed of the controller is about 18.4 MFLIPS. The controller has two inputs, nine rules and one output.
机译:本文介绍的是通用模糊控制器。与其他结构相比,在模糊器部分中使用了一种新颖的方法,该方法带来了准确性和速度的提高。在推理引擎中使用了一种新的Min-Мах电路,该电路能够生成最小值,最大值和上述两个结果(使用解码器)。除颤器是根据区域中心(СОК)方法以简单的方式设计的,它的作用就像一个可变电阻器。使用Hspice软件以49级参数模拟的具有两个输入,九个规则和一个输出的控制器。控制器的推理速度约为18.4 MFLIPS。控制器具有两个输入,九个规则和一个输出。

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