1) fuzzy compensation rule
模糊补偿规则
2) compensating rules
补偿规则
1.
After analyzing the sensor data,a transformation relation of the sensor was deduced through backward inference and a knowledge base as well as some compensating rules was established.
本文提出一种基于简化专家系统的数字流量控制器的补偿器,在分析传感器数据的基础上,根据传感器曲线变化规律,逆向推理得出补偿经验公式,建立了相应的知识库和补偿规则,根据实时采集数据和数据变化关系查找补偿规则进行补偿,并将其与将模拟电路直接数字实现的补偿方式相比较。
3) fuzzy compensation
模糊补偿
1.
The automatic control system for pour moulding process in aerated concrete production is particular introduced based on paper A fuzzy compensation algorithm is presented for the accuracy problem in measuring mortar.
为了解决料浆计量的准确性 ,提出了模糊补偿算法。
2.
In order to ensure good disturbance-opposing ability of robots,speed up the convergence and increase the accuracy of trackin error, based on fuzzy logic system,combining fuzzy logic systems,adaptive control,H_∞control and a fuzzy compensation,a new adaptive fuzzy control method for unknown robot is presented.
该控制算法基于模糊逻辑系统,将模糊自适应控制器的设计与H_∞控制相结合,在鲁棒补偿的基础上引入模糊补偿;并基于Lyapunov方法,给出了学习自适应律,及H_∞跟踪特性的证明。
3.
The gain error compensation algorithm is proposed to reduce gain error,and moreover fuzzy compensation replacing gain compensation is used to improve the robustness of the system.
对此提出误差增益补偿算法以减小增益误差,并进一步用模糊补偿替代增益补偿以提高系统的鲁棒性。
5) fuzzy rules
模糊规则
1.
A method of selecting fuzzy rules based on the clonal selection algorithm;
基于克隆选择算法的模糊规则提取方法
2.
Extract of fuzzy rules of the increase of Chinese economy based on fuzzy neural networks(part Ⅲ);
基于模糊神经网络提取我国经济增长的模糊规则(Ⅲ)
6) fuzzy rule
模糊规则
1.
An approach of learning fuzzy rules based on learning automata arrays;
基于学习自动机阵列的模糊规则学习方法
2.
New algorithm for VLSI production sequencing problems based on fuzzy rule;
基于模糊规则的半导体生产线队列排序算法
3.
Identification of tea taste signals based on fuzzy rule generation algorithm;
基于模糊规则自动生成算法的茶味觉信号识别
补充资料：模糊规则
模糊规则的形式为：if x is A then y is B
其中A和B为由论域X和Y上的模糊集合定义的语言值。“x is A”称为前提，“y is B”称为结论。
以上模糊规则可以简写为A → B。本质上模糊规则是定义在X × Y上的二元模糊关系R。A → B有
两种解释，一种是A耦合（coupled with）B:
<math>R=A \rightarrow B = A \times B = \int_{X \times Y}^{}tnorm(\mu_A (x), \mu_B (y))/(x,y)</math>
另一种是A导致（entails）B：
<math>R=A \rightarrow B = \bar{A} \cup B</math>
基于以上两种解释和不同的tnorm, tconorm算子，模糊规则可以有多种合法的计算公式。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条