逻辑工具的英文

• logical tool

• "逻辑"英文翻译    logic
• "工具"英文翻译    tool; means; implement; appl ...
• "逻辑工作站" 英文翻译 :    logical work station
• "tag编辑工具" 英文翻译 :    spider writer
• "编辑工具" 英文翻译 :    ripple edit tool; rolling edit tool; ultraedit
• "编辑工具组" 英文翻译 :    editing tools
• "库编辑工具" 英文翻译 :    treeeditor
• "图编辑工具" 英文翻译 :    zenise
• "逻辑工程方法" 英文翻译 :    logical engineering method
• "逻辑工作单位" 英文翻译 :    logical unit of work
• "逻辑工作单元" 英文翻译 :    luw
• "波纹编辑工具" 英文翻译 :    ripple edit tool
• "布景编辑工具" 英文翻译 :    skin editor
• "地图编辑工具" 英文翻译 :    tatukgis editor
• "骨骼编辑工具" 英文翻译 :    bone editing tools
• "路径编辑工具" 英文翻译 :    path edit tool
• "曲线编辑工具" 英文翻译 :    curve editing tool
• "影像编辑工具" 英文翻译 :    image editing tool; image-editing tool; tool image editing; tool, image editing
• "多媒体编辑工具" 英文翻译 :    multimedia creative software tools
• "镜像文件编辑工具" 英文翻译 :    magic iso maker
• "强大的html编辑工具" 英文翻译 :    spider writer
• "坐标几何编辑工具" 英文翻译 :    cogo editing tools
• "三星铃声编辑工具箱" 英文翻译 :    samsungringsedittoolbox
• "逻辑综合工具" 英文翻译 :    synthesis tools
• "多媒体编辑工具的影视文件格式" 英文翻译 :    dir director

• As a result , the new positivism maintains a thorough reformation of the traditional philosophy through logical instruments and physical language
  于是，这种新的实证主义主张用逻辑工具、物理语言对传统哲学进行彻底改造。
• With matlab and its fuzzy logic toolbox , fuzzy inference system ( fis ) of hydro - generator unit fuzzy gpss is founded and so the fuzzy gpss is attained with the aid of computer
  利用matlab的模糊逻辑工具箱建立水电机组模糊gpss的模糊推理系统，实现了模糊gpss的计算机辅助设计。
• Controller was designed in matlab fuzzy logic toolbox , and fuzzy controller and taxiing model were used in simulink condition , and the whole simulation model was set up
  在matlab模糊逻辑工具箱中对控制器进行设计，并将模糊控制器与滑跑模型应用于simulink仿真环境，建立整体仿真模型。
• The methods of the research is to annotate the original works of chinese ancient logic with the tools of modern language and logic , to reveal the nature - particularity and universality of chinese logic and the connection - difference and similarity between chinese logic and foreign logic
  研究方法，是用现代语言和逻辑工具，诠释中国古代逻辑原典，揭示中国逻辑的性质（特殊性和普遍性）与中外逻辑的联系（差异性和同一性） 。
• With the help of simulink , fuzzy logic box provided by matlab , s - functions are written in c and m files . the output plots of heading and rudder angle can be obtained . the experiments are performed to test the disturbance rejection properties of the fuzzy model reference adaptive control compared with fuzzy control
  利用matlab提供的simulink动态仿真环境，模糊逻辑工具箱及s -函数，将模型参考模糊自适应控制运用于船舶操舵系统，观察航向及舵角输出曲线，然后考虑风、浪及其它随机干扰，分析系统的抗干扰性。
• The method of fuzzy modeling can be taken as a good candidate of this problem in this thesis , the inverted - pendulum system is firstly analyzed by using t - s fuzzy model due to its property of arbitrary approximation for the non - linearity . based on the parameters identification , simulations of system are made by using fuzzy logic toolbox of matlab . the results of comparison with lq approach show the performance improvement in the aspects of overshoot and fast response
  本文首先利用模糊模型的非线性逼近能力，采用t - s模糊模型对小车-倒摆控制系统分析并实现了该系统的模糊建模及模糊模型各部分参数的辩识，在matlab仿真环境下借助其模糊逻辑工具箱进行了系统的仿真，与采用线性二次最优控制的系统仿真结果进行比较，改善了系统超调量及快速响应性。
• In order to reduce the programming complexity of practical fuzzy control systems , two matlab application program interface ways to capitalize on the resources of matlab and its fuzzy logic toolbox in c programming environment is discussed . one is the maw engine function library , by which c language starts a matlab course running in the background . another is the stand - alone c - code fuzzy inference engine , by which c language establlshes a fuzzy inference system completely based on the c . both of these can reduce the programming loads of practical fuzzy control system obviously
  在模糊控制软件开发平台研究方面，为减小实际模糊控制系统的编程复杂性，探讨了在c语言中调用matlab及其模糊逻辑工具箱资源的两种matlab应用程序接口方法：一个是利用matlab引擎函数库，由c语言启动一个matlab进程在后台运行；另一个是利用模糊逻辑工具箱中的独立c代码模糊推理引擎，建立完全基于c语言的模糊推理系统。
• This kind of controller is easy to design and operate , and has improved convergence rates and less overshoot than pid controller , but has stable error . in order to improve the properties of the fuzzy controllers , fine - tune - rule fuzzy controller , fine - tuned parameter fuzzy controller and fuzzy - pi controller were designed respectively based on the simple fuzzy controller . then fuzzy logic inferential system is established by using toolbox of fuzzy logic in matlab7 . 0 . secondly , in simulink6 . 0 , through the instance of the template of s - function , the module of s - function for optimizing fuzzy control and corresponding control model are constructed , and the parameters of simulation are set
  这种控制器易于设计、实现方便,较传统pid控制有更快的响应速度和更小的超调,但其存在静态误差;为了进一步提高模糊控制器的控制特性,在此基础上分别设计了可调整控制规则模糊控制器、参数自整定模糊控制器和模糊- pid复合控制器;然后利用matlab7 . 0模糊逻辑工具箱图形用户界面建立模糊逻辑推理系统,在simulink6 . 0系统仿真设计平台中通过实例化s函数模板创建旨在优化模糊控制的s函数功能模块,并构建模糊控制系统框图模型,设置系统仿真参数,最终对系统进行动态仿真。
• Based on researching fuzzy control theory and design way of fuzzy controller , and acquainting cement manufacturing process , the author researched the parameters of producing process in detail , brought forward subjection function and fuzzy control rules list of cement kiln input and output parameters and designed fuzzy control imitation software by fuzzy control toolbox of matlab . applied the software to cement kiln imitating process , it has better control effect and definite significance
  其次，作者还研究了模糊控制的基本理论和模糊控制器的设计方法，同时还了解了水泥生产工艺和操作过程，对水泥生产过程中的控制参数和被控参数作了进一步研究，提出了参数的隶属函数，结合中控室操作员的经验提出了水泥窑输入、输出参数之间的模糊控制规则表，然后利用matlab软件中的模糊逻辑工具箱设计了模糊控制仿真系统，并设计了gui界面。