Lagrangian duality for vector optimization of set-valued maps;
集值映射向量最优化中的拉格朗日对偶问题
Study on risk measures-duality method;
风险的测度研究──对偶方法
Optimality and duality for minimax fractional problems;
极大极小分式优化的最优性与对偶
Fuzzy subgradient algorithm for solving Lagrangian relaxation dual problem;
利用模糊次梯度算法求解拉格朗日松弛对偶问题
A dual characterization for Benson proper efficiency;
Benson真有效性的对偶特征
The generalization of a dual J.M.Child inequality;
J.M.Child不等式的对偶推广
Apply of Symmetry and Antithesis in day-to-day Teaching Activities in Science and Technology Aesthetics;
科技美学中对称、对偶在日常教学中的应用
Tai Ji and Antithesis--Research of Psychology and Rhetoric,Series 4;
太极与对偶——心理与修辞研究之四
In Chinese classical poems, "antithesis" is a widely used means to reflect the contrasting parts of the world, achieving beauty in form and in sense.
中国古典诗词中,对偶和对仗(一种比较严格的对应),经常使用,以反映客观世界对立统一的双方。
A statistical analysis of antithetical parallelisms in Zuo s Commentary;
《左传》对偶艺术之实证研究
By applying such ways as statistical analysis,comparative study,illustration and evaluation,the author tries to show the unique features of the antithetical parallelism,a very important rhetorical device successfully used by Ban Gu,the ancient Chinese historian,in his masterpiece History of the Former Han Dynasty,with a view to appreciating its elegant language style from a different perspective.
通过量化、比较、示例及赏析等方法,具体揭示作为《汉书》重要修辞手法的对偶在艺术上的不凡之处,以及《汉书》语言的骈俪特色。
By applying such ways as statistical analysis,comparative study,illustration,the author tries to show the unique features of the antithetical parallelism in Zuo s Commentary,a classic devoted to render an interpretation of the Spring and Autunm Annals(Chunqiu),with a view to providing a special perspective for an appreciation of language features in this classic.
借助相关数据之比较、众多种类之列举,具体剖析《左传》对偶运用的艺术特色,以期为其语言风格的研究提供一些有益的参考。
Fault diagnosis based on duality principle for systems with time-delay;
时滞系统基于对偶原理的故障诊断
Traditionally,duality principle is limited to linear circuits.
对偶原理是分析电力电子电路拓扑结构的有力工具。
And a method of simplifying boundary value problems with a complicated distributive sources with duality principle was explained in several examples.
本文论述了电磁时偶原理应用于工程的理论依据，并用实例说明了利用对偶原理将复杂源分布边值问题化成简单源分布边值问题的方法。
It need not transform a free variation into the difference of 2 nonnegative variables, and the solution to the linear program is gotten directly by solving its dual linear program with simplex method.
针对自由变量的线性规划问题,提出不需增设人工变量,而直接采用单纯形法解其对偶规划,得原线性规划的解。