ideal point造句
例句与造句
- Multiple attribute interval decision making method by similarity to ideal point
多指标区间决策的理想点贴近法 - Application of ideal points methods to optimization and evaluation of undeveloped reserves
理想点法在未开发储量优选评价中的应用 - The ideal point decision making method and its application based on monte - carlo simulation
基于蒙特卡洛仿真的理想点决策方法及其应用 - And from an ideal point of view , richness of cultural life is a spiritual value worth pursuing in its own right
从理想面而言，文化生活的充实是值得追求的一种精神价值。 - My fifteenth birthday is the ideal point to run away from home . any earlier and it ' d be too soon . any later and i would have missed my chance
我觉得十五岁生日是最适合离家出走的时间。这以前过早，以后又太晚。 - It's difficult to find ideal point in a sentence. 用ideal point造句挺难的
- Now that we have a handle on the background of databases - and - php , this is an ideal point to mention some of the design goals behind pdo
至此我们已经掌握了数据库及php的背景知识，现在正好可以提及pdo背后的一些设计目标： - From its scenic location on the northern shore of lake ontario , toronto offers an ideal point of departure for visits to a variety of popular canadian destinations
从自然地理位置看，多伦多位于安大略湖北岸。她成为一个理想的旅游出发点，从多伦多起程，你可以很方便的到达很多加拿大的旅游胜地。 - After lunch visit the peace park , which represents the best japanese art of gardening and which is also an ideal point to view the beautiful mt . fuji . afternoon sightseeing includes chinatown , raumen museum and tasaki pearl gallery
早餐后乘专车往电影悲情城市的实景场地九份参观，这个山城的四季景色及一些古旧遗迹吸引无数游人，还有很多地道特色的小食店。 - In the model of supplier evaluation , two methods - the shortest distance from the most ideal point and the farthest distance from the least ideal point are discussed . in the end of the chapter 4 , the author poses the problem of optimization of procurement logistics
在第四章的最后，本文作者结合具体企业在采购运输过程中彝露的何题对采购摘要从bstract供应链管理下的采购研究物流优化进行了粗浅的讨论。 - In ranking the indicator system of affecting cultivated land being selected into prime farmland has been built firstly , which is composed of 18 indicators involved in quality , location , policy attribute and administrative intervention of cultivated land . then based on the character of ranking , the idea of combination decision has been brought forward , ranking cultivated land synthetically with three ranking models including a model by similarity to ideal point , fuzzy optimization model and attribute hierarchy model . in three models the weights are based on hierarchy analysis and entropy weights , considering not only subjective partiality but also the intrinsic information of decision objects , which make the ranking results more scientific , reasonable and credible
在耕地综合排序中首先建立了耕地入选基本农田的决策指标体系，由耕地质量状况、区位条件、政策属性以及行政干预4大决策因素共18个决策指标构成；然后根据排序问题的特点，提出了“组合决策法”的思路，并采用逼近于理想点的排序模型( topsis ) 、模糊优选模型( fom )和属性层次模型( ahm )三种排序方法对耕地进行综合排序，每种排序模型中均采用基于层次分析法和熵权系数法确定的综合权重，既考虑决策者的主观偏好，又充分利用决策对象的固有信息，使排序结果更为科学、合理、可靠。 - Adopting the apmoc and carbon fiber materials of shell , the paper gets the pareto optimal sets that uniform distribution in objective space and the optimal solution of performance . using illustration method , the trade - off solution is obtained that the distance between the pareto optimal sets and ideal point is shortest
发动机壳体分别采用apmoc材料和碳纤维材料时，计算得到了在目标空间分布均匀的pareto最优解集及性能最优解，提出采用图解的方法确定pareto最优解集中距理想点距离最近的点作为满意解(权衡解)设计方案。 - Based on the multidisciplinary design optimization , a multidisciplinary variable coupling design optimization method for non - hierarchic systems was presented , and its basic ideas and working principle were given , to handle the coupling between subsystems , a coupling function was established by the ideal point during system - level coordination , which was used to coordinate independent optimization of the subsystem and finally obtain the global optimal solution
摘要基于多学科设计优化原理，提出了面向非层级复杂系统的多学科变量耦合优化设计方法，阐述了其优化设计的基本思路和工作原理通过设置理想耦合点，构造了耦合函数，使子系统在各自独立优化设计的同时，在系统级的协调下达到耦合关系的满足，并使系统得到总体上的优化。 - Chapter 2 analyzes parallel process technology ' s actuality , the requirement of real - time process , and mostly guidelines of parallel process performance . chapter 3 discusses imaging algorithm - - - - - - chirp scaling algorithm theory as well as realization of ideal point target ; and then discuss the scalar of data and operation . chapter 4 discuss the fft and distributed matrix transposing , mostly about ( 1 ) discussed how to realize parallel fft , and evaluate the preformance of parallel fft ; ( 2 ) discuss another step ' s - - - - - - matrix transposing - - - - - - realization can divided into three steps : distributing , renewedly distributing and local transposing of matrix , and then discuss the time of process in detail
第四章分别研究了cs算法中的fft变换和分布式矩阵的转置问题，主要有： ( 1 )对cs算法中运算量最大的步骤fft变换进行了并行性的提取，并对并行fft变换的算法性能进行了评估； ( 2 )分析并研究了cs算法中另一不可或缺的步骤? ?矩阵转置问题，提出矩阵分布、重新分布和局部转置来实现矩阵转置的并行化，并详细分析了矩阵转置的时间耗费问题。 - In the method , linguistic assessment information is transformed into the form of triangular fuzzy number and an optimization model is constructed through calculating the distance between every alternative and positive ideal point to determine unknown attribute weights , on the basis of which fuzzy appraisal value of each alternative and possibility about triangular fuzzy numbers are calculated to rank alternatives
给出了求解具有部分指标权重信息的语言多指标决策问题的计算步骤，其核心是将语言评价信息转化为三角模糊数，通过计算每个方案与理想点之间的距离，构建最优化模型，求得未知的指标权重值，进而可计算出每个方案的模糊评价值，相应地通过计算两两模糊评价值比较的可能度，得到所有方案的排序结果。 - By the ranking model by similarity to ideal point based on m and n , the criterion of cultivated land can ’ t be used as plant cash crops and the criterion of cultivated land should priority used as plant cash crops and the criterion of cultivated land can ’ t be used as construction land and the criterion of cultivated land should priority used as construction land were confirmed . finally , the evaluation of cultivated land grade , realistic class , and potential class were all demonstrated and the result of cultivated land grade , realistic class , and potential class were all verified in a case study in changsha county changsha city , hunan province . by calculated cultivated land coefficient m and n and confirmed c _ m and c _ n of the ranking model by similarity to ideal point , the result 0 . 5032 < c _ m 0 . 9931 was confirmed as the criterion of cultivated land should priority used as plant
最后以湖南省长沙县作为典型研究区域,实证了耕地等、现实级和潜在级的评价,并分析了其评价结果的可靠性;通过计算耕地经粮系数和建粮系数,及逼近于“理想点”的排序模型中的c _ m和c _ n确定了长沙县0 . 5032 < c _ m 0 . 9931为耕地应优先用作菜地等经济作物用途和0 . 0126 c _ m < 0 . 5037为耕地不应用作菜地等经济作物用途的判别标准;确定了长沙县0 . 5035 < c _ n 0 . 9937为耕地应优先用作建设用地用途和0 . 0139 c _ n < 0 . 5035为耕地不应用作建设用地用途的判别标准;最后阐明了c _ m 、 c _ n在种植业结构调整、耕地保护和土地管理中的应用价值。
