研究了偏好值以不确定语言变量形式给出的多属性决策问题。
We study multiple attribute decision-making problems with uncertain linguistic information, in which the preference values take the form of uncertain linguistic variables.
决策人用语言变量评价权系数和定性目标，对定量目标进行相应的无量纲化处理。
The qualitative objects and weight coefficients are evaluated by each decision-maker with linguistic variables. The quantitative objects are converted into proper dimensionless indexes.
提出基于语言变量的特征表达、壁画数据模式、通用的壁画查询语言与实现算法；
Thirdly it defines various language variables, three kinds of features representation, mural data model, general mural query language as well as process algorithm.
综合考虑定性和定量两类目标，提出了一种基于语言变量处理的多目标群决策方法。
Based on aggregation iperations of linguistic variables, a multiobjective group decision making method is presented, in which the qualitative and quantitative objectives are synthetically considered.
模糊控制是以模糊集合、模糊语言变量和模糊逻辑推理为基础的计算机数字控制技术。
Fuzzy control is a kind of computer digital control technique, which is based on the fuzzy sets, fuzzy language variable and fuzzy logic reasoning.
模糊控制是以模糊集合论、模糊语言变量及模糊逻辑推理为基础的一种计算机数字控制技术。
Blurring control is a kind of computer digital controlling technology on the basis of blurring set theory, blurring language variable and blurring logical inference.
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.
提出了一种用含有置信度的梯形模糊数来量化模糊语言变量的新方法，以及相应的群决策一致性判据。
A new method, in which fuzzy linguistic variables are quantized by the trapezoidal fuzzy number containing the degrees of confidence, and the consensus criterion in group decision-making are proposed.
最后，将单纯矩阵法及本文提出的语言变量的模糊集截集方法应用于湛江市环岛高速公路综合评价中。
Finally, the Linguistic fuzzy cut-set and the Simplex Matrix methods are both applied to the ZhanJiang's freeway all-round evaluation.
统计结果证明，从字词频率、平均字长和句长这些语言变量方面讲，六级作文的语言水平略高于四级作文。
The result indicates that CET6 writers show higher language proficiency from the perspective of word frequency, average word length and sentence length.
模糊变量成为一个语言变量时，我们用文字描述修改，如有点快，非常高，慢慢的、正面的大，消极的小等。
A fuzzy variable becomes a linguistic variable when we modify it with descriptive words, such as somewhat fast, very high, real slow, positive big, negative small etc.
该方法将传统的DEMATEL方法拓展到模糊语言环境中，首先将语言变量转化为梯形模糊数，进行量化处理；
The traditional DEMATEL method was expanded to the fuzzy linguistic environment. Firstly the fuzzy linguistic variables were transformed into trapezoidal fuzzy numbers and quantized.
针对层次分析法的不足，本文提出用五个三角模糊标度数来代替语言变量，以说明待选方案对评价准则的相对影响程度。
In view of the drawback of AHP, this paper advances to substitute five triangle fuzzy scale Numbers for linguistic variables, in order to evaluate the appraisal criteria's influence on alternative.
随后本文集中探讨了发音连续体和RP、社会语言变量和RP，认为由于情景因素的复杂性，语音调整具有其不稳定性。
The paper then centers upon the accent continuum and RP, sociolinguistic variables and RP, and holds that due to the complexity of situational factors, there is instability of phonological adjustment.
这些先前的研究都审查了不同的环境、社会和地理变量与某一地点所发现的语言数目之间的关系。
These prior efforts all examined the degree to which different environmental, social and geographic variables correlated with the number of languages found in a given location.
这些先前的研究都考察了不同的环境、社会和地理变量与在特定地点发现的多种语言之间的关联程度。
These prior efforts all examine the degree to which different environmental, social, and geographic variables correlated with a number of languages found in a given location.
您可能也希望从动态语言代码中获得变量的值，以通过命令行实现或者事件处理程序的方式来使用动态函数。
You may also want to get the values of variables from the dynamic language code to use dynamic functions as command implementations or event handlers.
下一个演进是对象语言，它将状态变量结构和影响它们的操作捆绑为实体，成为类对象。
The next evolution was object languages, which bundled the state variable structures and the operations that affected them into entities called class objects.
就像很多语言中声明局部变量一样，一个嵌套方法尽在方法内部可见。
Like a local variable declaration in many languages, a nested method is only visible inside the enclosing method.
进程地址空间的首段地址便是栈，它储存了局部变量以及大多数编程语言的函数参数。
The topmost segment in the process address space is the stack, which stores local variables and function parameters in most programming languages.
注意：XSLT所谓的变量在其他多数语言中称为常量。
Note: What XSLT calls variables are called constants in most other languages.
事实上，真正发生的事情是：在函数语言中，就像变量和常量一样，函数是一级概念，所以语法上也是一样地处理。
In fact, this is precisely what's taking place: in a functional language, functions are first-class concepts, like variables and constants, and so are syntactically treated as such.
这与大多数语言不一样—变量的定义通常意味着值是可变的。
This is unlike most languages - the very definition of variable tends to imply that the value is variable.
显式类型语言要求声明每个变量和每个函数参数。
A manifestly typed language forces you to declare each variable and each function argument.
静态局部变量之所以非常令人感兴趣，是因为公共语言运行库(CLR)不支持方法内的静态变量。
The static local variable is interesting because the common language runtime (CLR) does not support static variables inside a method.
这个概念同编程语言中变量类似。
This concept is similar to variables in programming languages.
相反的，动态类型的语言则是根据变量所引用的值来绑定类型，这意味着变量的类型可以随着它引用的值改变而改变。
In contrast dynamically typed languages bind the type to the actual value referenced by a variable, meaning that the type of a variable can change along with the value it references.
这一点与c语言中简短而难解的变量名结合在一起，将会后患无穷。
Combine this with c's penchant for short, cryptic variable names, and you have a recipe for disaster.
当一条消息被翻译成其他语言之后，有可能需要根据目标语言的语法更改替换变量的位置和顺序。
When a message is translated into another language, the position and order of the substitution variables might have to change to meet the syntax requirements of the target language.
函数式语言中的函数称为一级函数，这意味着函数可在任何其他语言结构(比如变量)可能出现的地方出现。
Functions in a functional language are considered first class, meaning that functions can appear anywhere that any other language construct (such as variables) can appear.
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