1) objective weight vector
目标权重向量
2) objective weight
目标权重
1.
Determination of objective weight in multi-objective decision-making;
多目标决策中目标权重的确定法
3) target priority
目标权重
1.
In order to let sufficient condition be satisfied,this paper presents a method based on combining target priority with information gain.
信息增量最大化只是传感器资源分配的必要条件而并非充分条件,为了同时满足传感器资源分配的充分条件,本文提出了一种基于目标权重和信息增量相结合的方法。
2.
A new method of sensor assignment was proposed,which combines the target priority with the information gain.
针对多目标跟踪系统中信息增量最大化只是传感器资源分配的必要条件而非充分条件,提出了一种新的目标权重和信息增量相结合的传感器分配方法,探讨了目标的距离和速度这两个特征参量影响目标权重的量化方法。
4) target weight
目标权重
1.
In this paper,the fuzzy optimization theory,the theory of fuzzy pattern recognition,fuzzy decision binary comparison analysis identifying the target weight are used,the sustainable development evaluation model of the water resources in Heilongjiang Province and a quantitative evaluation index are made.
应用模糊优选理论、模糊模式识别理论、二元比较模糊决策分析法确定目标权重,对黑龙江省水资源可持续发展做出评价模型并给出定量的评价指数。
2.
In view of the questions that right treatment decision target about the traditional grey trend decision method of multi indexes can t reflect the preference of the decision-makec and the practical situation of the decision,this subject give out a weight determination of the grey trend decision target weight.
针对传统多目标灰色局势决策方法等权处理决策目标而无法反映决策者的偏好和决策的实际情况问题,给出了灰色局势决策目标权重的一种赋权法。
5) object vector
目标向量
1.
A system of evaluation criteria, namely the expert authority vector, object vector, constraint vector, object matrix and constraint matrix is put forward for project appraisal in conceptual design.
首次提出并建立了用于产品设计方案评价的专家权向量、目标向量、约束向量、方案评价的目标矩阵和约束矩阵 。
6) weight vector
权重向量
1.
Through establishing hierarchical framework model,and determining the coefficient of difficulty and weight vector,integrated scores of different water supply modes were derived to select the economical and reasonable water supply mode.
依据目前高层建筑各种供水方式的特点,应用层次分析法的基本原理,建立了层次分析参数化随机模型,通过构建层次结构模型,确定难度系数和权重向量,得出各种供水方式的综合得分,选择出比较经济、合理的供水方式。
2.
There are many factors affect the load,and it is difficult to choose the weight vector,which lead to the worse veracity.
电力负荷预测是一个较为复杂的过程,由于影响负荷的因素较多,权重向量的选取较为困难,导致负荷预测的准确性较差。
3.
In this paper, computing method of solving weight vector of judgment matrix by means of the least squares principle and the Lagrange s multiplier method is derived.
本文推导了用最小二乘法原理和拉格朝日乘子方法，求解判断矩阵权重向量的计算方法，举例说明了最大特征值法在判断矩阵一致性准则临界处所得极重向量的最大偏差。
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参考词条