If you do not want to key in words and prefer to conduct search by mouse - click and be guided step - by - step , please click teaching posts or non - teaching posts to search among the same database as keyword search 除关键字查询外，你亦可使用教学职位和非教学职位寻找合适的工作。你只需于查询表利用滑鼠选择你的查询条件，我们便会为你配对符合查询条件的工作。
If you do not want to key in words and prefer to conduct search by mouse - click and be guided step - by - step , please click teaching posts or non - teaching posts to search among the same database as keyword search 除关键字查询外，你亦可使用教学职位和非教学职位寻找合适的工作。你只需于查询表利用滑鼠选择你的查询条件，我们便会为你配对符合查询条件的工作。
Considering the big scope and nonlinear characteristic of tyre wheel model parameters , combination controller of fuzzy and integral is here applied , and its fuzzy control rule table and fuzzy control lookup table are listed 针对机轮模型参数变化范围较大，并且具有非线性的特点，研究了模糊积分混合控制器，给出了模糊控制规则表和模糊控制查询表，并进行了模糊积分混合控制的仿真。
We have employed the binary system coding of ga directly to search and optimize the parameters of the control table under of the structure of fuzzy controller . the optimal and robust fuzzy controller which has overcome some shortcomings of traditional fuzzy controller has been designed 我们采用了遗传算法的二进制编码方式直接搜索系统空间，并优化控制查询表的参数，能生成具有很好控制特性的模糊控制器，克服了传统模糊控制器查询表参量固定不变的缺点。
Another way to adjust real - time control rules . to avoid setting up look - up table , a method is developed to use absolute values of error - in - slip and change in error - in - slip as weight , and road identifying method is added and simulated , according to principle of feedback control 同样采用实时调整控制规则的策略，避开制定查询表的繁琐工作，根据反馈控制的基本原理，直接利用滑移率误差与误差变化率本身的绝对值进行加权，并加入路面识别功能，进行了仿真。
In fact , the control of revising factor consulted on line is composed by two fuzzy controller . one is double input and single output fuzzy system with controlling construction of if e and ec then a . the other is the double input and single output fuzzy system with controlling construction of if e and ec then occupying parameter of adjusting pulse 修正因子在线插值模糊控制实际上由两个模糊控制器构成，一是“ if偏差and偏差变化率then修正因子”的双输入单输出模糊控制器，采用控制查询表的方式求取修正因子：二是“ if偏差and偏差变化率then占空比参数”的双输入单输出模糊控制器，采用无量化模糊数模型。
Combined with the properties and demand of data for biochemical analysis , such as patient sample data , quality control data and item method data , this dissertation discusses the designing of basic tables and query tables of the database , the establishment of the relations among tables , and the methods to store , query and update the database 文中结合生化分析的病人样品数据、质控样品数据、项目测试方法数据的特点和要求，详细分析了数据库基本表和查询表的设计，表之间关系的建立，数据库的写入、查询和更新的方法。
This method can greatly improve the speed of rule inquiry and spend the same inquiry time on every rule . knowledge reduction and inconsistent degree are used to reduce fuzzy rule table , which avoids some problems such as vast search space and rule blast because of too much input variables . simultaneously , mea , which is superior to genetic algorithm in compute efficiency and astringency , is used to optimize parameters of fuzzy control 该控制策略利用t - s模糊模型易于表达非线性系统动态特性的优点，离线建立模糊查询表来实现实时查找在线控制，并且提出一种新颖的快速查询方法?列存储下标查询法，该方法可以大大提高规则查找的速度，而且任一规则均花费相同的查询时间；充分利用粗糙集知识约简和不相容度的理论，对模糊规则表进行约简，避免由于输入变量过多而导致搜索空间巨大、规则爆炸等问题；同时利用思维进化算法优化模糊控制的参数，这种算法在计算效率和收敛性方面都优于遗传算法。
It support xslt transform , use xslt template file , you can create any kind text by table structure , this software already have some template file , include xslt file for create c source code , create html code , create sql text which can use to create table . you can append your own xslt template file 支持使用额外配置的xslt文件进行xslt代码，用于根据表结构来自动生成任意样式的代码，本程序附带的xslt模板支持生成c代码， html的表结构文档，创建和查询表的sql语句和xslt代码，用户可以自己编写xslt代码来扩展应用。
If genetic algorithms are employed , particularly , to optimize the fuzzy controller , it will contribute to the new ideal for the separation of artificial intelligence . the aim of this paper is to use a based - on ga fuzzy controller to control the centrifugal separation between slurries and water . the paper is made up three sections : in the first one , we introduce the principle of the technique of centrifugal separation , which specially and systemically is introduced because the mixture is separated in the decanter 本文首先系统的介绍了离心沉降分离技术的原理，特别介绍了分离物料在卧螺离心机内的分离原理以及影响分离效果的内部和外部因素，为采用模糊控制代替传统的分离控制奠定了理论基础；其次，对模糊控制器的特点进行详细的剖析，将其与黄河泥沙分离工程的特点进行融合，取长补短，找到它们的切合点，提出了基于ga的最优的模糊控制器的设计方法；然后采用遗传算法来优化模糊控制器的查询表，缩短系统控制的调节时间。
