查询词典 fuzzy

Studies the application of fuzzy control in ship speed and designs a fuzzy controller with intelligent integrate and differential.

探讨了模糊控制在舰船航速控制中的应用，设计了带智能积分和微分的模糊控制器。

The two models have different structures and manners to partition the input space. Rule based fuzzy controllers are more suitable to be optimized by genetic algorithms than that of domain based fuzzy controllers.

然而模糊控制器的系统化的设计方法和理论分析远非成熟，尤其是模糊集隶属函数的确定和控制规则的获取一直是困扰模糊控制系统设计的主要问题。

A fuzzy controller based on the method and integration self-adjusting fuzzy is designed to control the six-phase permanent magnet fault tolerant motor.

基于这种方法和积分自整定模糊控制，设计了一个模糊控制器，并用来控制六相永磁容错电机。

Based on the properties of the α-cuting set of fuzzy number and the membership functions, the original fuzzy program was converted to a semi-infinite programming problem.

基于模糊参数的α-截集和隶属函数的性质，原模糊规划问题被转化成半无限规划问题。

To achieve high-performance PMSM position servo system, advanced control scheme, which is static precision, transient responses and self-adaptation and anti-disturbances, is needed in practice. Based on the analysis on the features and control principles of PMSM, this thesis established its math model using id=0 vector control method. Three close loops control system, which includes current loop, velocity loop and position loop, was built up. For position loop, the main feedback loop, we chose a new adapted-fuzzy CMAC intelligent controller, which includes self-learn ability of neural net and quick response merit of fuzzy controller. Finally, the author simulates PMSM position servo system by the simulink of matlab, an advanced computer simulation tool.

本文对PMSM的控制机理和特性作了较为深入的分析；建立了PMSM的数学模型，并采用了id=0的矢量控制策略；对控制系统组成及控制方式作了分析和比较，在此基础上建立了电流环、速度环和位置环的三闭环控制系统，对作为反馈主回路的位置环采用了模糊CMAC神经网络控制方法，该方法兼具模糊控制器的快速性和神经网络的自学习能力；构建了针对PMSM位置伺服系统的模糊CMAC控制器结构及其相应的算法；利用先进的计算机仿真工具（Matlab下的Simulink）对所提出的控制策略进行了数字仿真和分析；仿真和实验结果表明本文所提出的控制策略对PMSM位置伺服系统进行控制具有良好的鲁棒性能和快速性。

The fuzzy variable structure controller with self-adjustable factor is used in the control of turbo-generator. The fuzzy variable structure valve controller is designed.

该控制器可以根据切换函数的大小，亦就是根据系统的实际状态来确定控制量的大小，引入切换函数的导数为输入也可以进一步改善控制效果。

The control results between normal fuzzy controller and self-adapting fuzzy controller has been compared in this experiment.

为验证控制效果，进行了蒸发器过热度控制实验，对比分析模糊控制器和自适应模糊控制器的控制效果。

In the end, on the basis of fuzzy control and PID control, a fuzzy parameter self-adapting PID controller is designed.

在分析比较了各种同步控制策略基础上，采用并、串复合同步控制策略，并将模糊控制和PID控制结合起来，构建了模糊参数自整定PID控制器。

According to trip-demand time and space distribution characteristics of urban citizens, the peak-hour trip factor and saturation of road network were chosen as the evaluation indexes, meanwhile the index calculation formulas were given; then on the basis of fuzzy logic theory and index characteristics, the membership functions were established by using fuzzy logic toolbox of MATLAB, and the evaluation results of two indexes were analyzed; Finally, the evaluation process was illustrated by a case study of Yangzhou and the results indicated the validity and practicability of the method presented in this paper.

根据城市居民出行需求的时间分布特性和空间分布特性，选用高峰小时出行系数和高峰小时路网饱和度作为评价指标，同时给出指标计算公式；进而以模糊逻辑理论和指标特性为基础，利用MATLAB中的模糊逻辑工具箱得到隶属度函数图形，并对指标值的评价结果进行了分析；最后，用本文提出的方法对扬州居民出行需求合理性进行评价，表明了该方法的有效性和实用性。

Removing different kinds of impulsive noise in image is systematically researched, and proposes three image removing noise filter based on fuzzy information processing technique, i e., fuzzy entropy-based filter for removing noise in multilevel image, histogram-based filter for removing salt and pepper noise in image, and histogram- based adaptive filter for removing image impulsive noise.

该章对图像中不同类型加性脉冲噪声的去噪问题进行了系统地研究和分析，提出了三种基于模糊信息处理的图像平滑去噪滤波器，分别为基于模糊熵的多值图像去噪滤波器、基于直方图的图像椒盐噪声滤波器、基于直方图和区域信息的自适应图像脉冲噪声滤波器。

Summary In copyright infringement cases,if the alleged infringer uses or even plagiarizes the copyrighted works or parts thereof,which causes no substantially adverse effect on the normal exploitation of the work,nor does it inflict any substantial damages to the right owner,the de minis doctrine should be applied to exempt the liabilities of the defendant and seek the balance of interests between the right owner and the general public embodied by the copyright law.

在侵犯著作权案件中，如果被控侵权行为人虽未经著作权人的同意，使用甚至抄袭了受著作权保护的作品或作品的片段，但若情节轻微，未对该作品的正常使用产生任何实质不利的影响，亦未对权利人的权利造成实质性的损害，则应适用&不计琐细原则&，免除行为人的责任，以寻求在权利人利益与著作权法所体现的社会公共利益之间的平衡。

This new product will become our best seller.

这个新产品会成为我们最畅销的产品。