flc

Finally , a FLC material which has continuous E-O character without adding polymer network was studied .

最后研究了无需加聚合物网络就能得到连续电光特性的一类铁电液晶材料。

In order to achieve the continuous electro-optical ( E-O ) character , the body anchoring action of the polymer network had been introduced . Not only the stability of the alignment of the FLC was greatly improved , but also the V-shaped E-O character without threshold was observed .

为得到连续电光特性引入聚合物网络的体锚定作用，不但使铁电液晶排列稳定性极大加强，而且得到了无阈值V字形连续电光特性。

FUZZY LOGIC CONTROL ( FLC )── A prospective intelligent control method

模糊逻辑控制（FLC）&一种有前景的智能控制方法

Research on Voltage and Reactive Power Control Strategy Based on FLC in Substation

基于模糊理论的变电站电压无功控制策略研究

In Chapter 2 system analysis and requirement analysis about this FLC module are made .

然后在第2章对整个模糊控制器设计模块需求进行了系统分析。

Treatment of Some Blood Diseases by FLC ( Analysis of 83 Cases )

胎肝细胞输注对某些血液病的治疗研究（附83例报告）

Study and Application of An Interpolation FLC Control Algorithm Based on NTD

基于NTD的插值FLC控制算法的研究与应用

A flow control scheme based on FLC for videoconferencing system

视频会议系统中一种基于FLC的流控策略

FLC ( Fuzzy Logic Control ) was used to realize the charge method .

在充电方法的控制和实现上，设计了以模糊控制为主的控制方法。

A Forming Limit Curve ( FLC ) Fitting Method Considering Reliability

考虑可靠度的成形极限曲线建立方法

The necessity and feasibility of application of FLC to active control were discussed .

论述了运用模糊控制理论进行结构振动控制的必要性和可行性；

Application of 3D FLC Based on Smart Integral Factor

基于智能积分因子的三维模糊控制器及其应用

Fuzzy Logic Control ( FLC ) is a promising control strategy in welding process control .

模糊控制（FLC）在焊接过程控制中是一个非常有前景的控制方法。

The method of vibration control with FLC and neural network algorithms was introduced in detail .

详细介绍了振动模糊控制方法的过程及神经网络技术与模糊控制相结合的问题；

Advances on research of vernalization - related gene FLC

春化作用相关基因FLC的研究进展

The Design and Implementation of Traffic Control Based on Fuzzy Logic Control ( FLC ) in Optical Wavelength Router

光波长路由器中基于FLC的流量控制的研究与实现

This paper researches and designs a road tunnel ventilation control system based on the Fuzzy Logic Control ( FLC ) .

研究和设计了一种基于模糊控制的公路隧道通风控制系统。

At last , some issues need to be developed about vibration control with FLC are pointed out in the paper .

指出了振动模糊控制中需发展的几个问题。

Then , on the middle layer , a 3-D FLC is used for each subsystem .

在中间层，每个子系统均采用3-D模糊控制器。

The method that takes sheet metal forming limit curve ( FLC ) as the main design constraint is given .

讨论了板金成形极限曲线（FLC）作为过程优化首选约束条件的确定方法；

To Study of FLC on Erythrocyte Immune Adherence Function and Immune Regulation of IL-2 in Rat

胎肝细胞对小鼠红细胞粘附功能及IL-2免疫调节的研究

Compact and all fiber photonic delay line modules based on the bulk optics FLC are described .

描述了紧凑型FLC（铁电液晶）光纤PDL（光子延迟线）模块的结构和运转特性；

The Chapter 3 and Chapter 4 lay the detailed implementation of the button layer of the FLC module .

根据系统分析，在第3章和第4章介绍了整个模块的底层功能接口的实现。

Based on the design and realization of circuit for data collection , I applied the FLC algorithm to optical wavelength router .

本文将FLC算法应用于光波长路由器的流量控制，完成了实现该算法所要求的底层数据采集等相关电路的设计及实现，并对光波长路由器的性能进行模拟实验。

But , there still exists two bottlenecks in design of FLC : One is the choice and optimization of fuzzy rules .

但是，在模糊控制器的设计过程中仍然存在两个瓶颈问题：一是模糊控制规则的选取和优化。

The main idea of the FLC is described in Section 3 while Section 4 describes the xx strategies .

第3节描述了FLC的主要思想，第4节描述了xx策略。

Support vector machines ( SVM ), a power machine learning algorithm , were applied to the self-learning of FLC .

采用学习能力强的支持向量机来实现FLC的自学习和在线优化。

Research progress on the regulation of expression of Arabidopsis vernalization-related gene FLC and natural early flowering variation

拟南芥春化作用相关基因FLC的表达调控及天然早花突变体的研究进展

The Function of FLC in Vernalization Process

FLC基因表达在植物春化过程中的作用

This paper optimizes the membership function of FLC using GA with the decimal encoding system of the gene .

采用十进制基因编码的遗传算法，优化模糊控制器的隶属度函数。