By using the genetic algorithms with hierarchical chromosome structures , rule generation and parameter tuning of the fuzzy controller can be achieved simultaneously 采用具有层次结构染色体编码方式的遗传算法来设计模糊控制器，实现了语言控制规则的自动生成和隶属函数参数的自动整定。
A 4 input - 2 output fuzzy controller has been designed in this paper , whose fuzzy control rules can imitate the experience of a skilled operator effectively 文章首先设计出了4输入2输出的模糊控制器，其模糊控制规则能够比较有效地模仿熟练操作人员的经验，合理解决输出的强关联性问题。
Access removal is accomplished by using a complex algorithm that might add access control rules in addition to removing them . this method fails to remove the access rule and returns 将使用一种复杂的算法实现访问规则的移除，此算法除了移除访问控制规则之外，也可能会添加访问控制规则。
And it also studies the coordinated systems . the two - staged fuzzy controller can decrease the input amount of the fuzzy controller and reduce the complexity of the fuzzy rules 本论文还研究了两级线协调控制，采用两级模糊控制，减少了模糊控制系统的输入量，降低了控制规则的复杂性。
Based on the conventional direct torque control system , the adjusting of magnetic linkage and torque both adopt fuzzy control strategy and fuzzy control rule is generated in an analytic way 在传统的直接转矩系统的基础上，磁链和转矩的调节均采用模糊控制策略，且模糊控制规则解析生成。
Secondly , a rule self - adjustable fuzzy controller is presented to change the fuzzy control rules online which can not be changed in common fuzzy controller 其次，论文针对普通模糊控制器控制规则一旦确定不可修改的缺点，提出了一种控制规则自调整的模糊控制器，使得模糊控制规则可以得到在线实时的调整。
