热处理炉空气、燃料的控制均采用遗传算法优化的PI控制，炉体温度控制采用自适应的遗传模糊控制器。
Air and fuel controlling of this stove are realized by PI controller, and temperature controlling adopts self adaptive genetic fuzzy controller.
设计了一种基于RBF网络和遗传优化的船舶操纵模糊控制器。
A fuzzy controller for ship steering based on RBF networks and genetic algorithms is designed.
遗传算法、神经网络与模糊控制是当前人工智能中的主要研究领域。
Genetic Algorithms, Neural Network and Fuzzy Control are important research fields in artificial intelligence.
本文对于复杂的多自由度非线性振动系统提出了基于遗传算法的主动模糊控制方法。
In this paper, a fuzzy logic control based on genetic algorithms for complex nonlinear vibration systems of multiple degree of freedom is proposed.
在此基础上提出了采用遗传算法对压实参数模糊控制规则进行优化的新思路。
We also propose novel ideas in optimizing the fuzzy control rules, using genetic algorithms.
最后，论文提出采用遗传算法对模糊控制规则进行优化设计。
At last, the thesis suggests using the method of Genetic Algorithms to optimize the rules of fuzzy control.
与普通模糊控制以及仅采用遗传优化的模糊控制相比，具有在线自调整功能的模糊控制具有更好的控制效果和鲁棒性。
Comparing with the conventional FLC and the FLC optimized by GA only, the FLC with online self-tuning performance has better control effect and robustness.
首先，我们根据飞行员的驾驶经验构造了一个模糊控制器，并用遗传算法对其进行优化。
First, a fuzzy controller is constructed according to pilot's driving experience and the parameters are optimized via the genetic algorithms.
文中首先对模糊控制和遗传算法的基本原理进行了介绍和探讨，内容主要包括：模糊控制的数学基础、常规模糊控制器的设计、遗传算法的基本操作以及模式理论等。
Firstly, fuzzy control and GA is introduced and discussed, such as the Mach base of fuzzy control, the design of conventional fuzzy controller, the basic operation of GA and schemata theory and so on.
所以，本论文最后采用了遗传算法对输入输出语言变量的隶属函数进行优化以改善模糊控制器的性能。
So, at last, Genetic Algorithms are capitalized on to optimize the membership functions of the input and output linguistic variables of the fuzzy controller so as to better its performance.
针对互联电力系统自动发电控制(agc)，结合模糊控制和遗传算法提出一种新型的PID智能控制器。
A new PID intelligent controller is proposed, combined with fuzzy logic controls and genetic algorithms, for AGC of interconnected power systems.
针对互联电力系统自动发电控制(agc)，结合模糊控制和遗传算法提出一种新型的PID智能控制器。
A new PID intelligent controller is proposed, combined with fuzzy logic controls and genetic algorithms, for AGC of interconnected power systems.
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