An adjustable fuzzy controller of which the fuzzy control rule table can be obtained by numerical calculation is designed.
设计了一种在线可调整的模糊控制器，其模糊控制规则表可以用解析的方法进行计算。
To improve the riding comfort and handling safety of a vehicle, an adjustable fuzzy control algorithm, whose fuzzy control rule table can be obtained with the numerical calculation.
以车辆操纵稳定性及行驶平顺性为控制目标，提出一种在线可调整的模糊控制算法，其模糊控制规则表可以用解析方法得到。
As a threshold, the local minimal certainty of decision table is calculated to control the number of rule set generated and avoid redundant rules existing.
利用该方法计算决策表局部最小确定性，并以此为阈值来控制规则集生成的数量，避免不必要的冗余规则的生成。
The control quantity was gained by looking up the table of fuzzy control rule, and formed PWM to control Wire-feeder device.
控制量通过查询模糊控制规则表得到，并生成pwm控制送丝电机。
The rule-table rotating method to modify the control rules was presented.
提出了用规则表旋转法修改控制规则的方法。
We use the high speed output function and special function black of PLC to realize to control the working table to move by rule and line.
工作台控制则通过采用PLC的高速输出口和PLC特殊摸块功能技术，实现了工作台的精密控制。
We use the high speed output function and special function black of PLC to realize to control the working table to move by rule and line.
工作台控制则通过采用PLC的高速输出口和PLC特殊摸块功能技术，实现了工作台的精密控制。
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