1) symmetry and duality model
对称对偶模型
1.
In this paper, a new symmetry and duality model on nonlinear programming is put forward, which is unification of two kind of symmetry and duality models in nonlinear programming.
提出了一个非线性规划的对称对偶模型 ,它统一了非线性规划中两类对称模型。
2) higher order symmetric dual model
高阶对称对偶模型
3) symmetric fuzzy duality
对称型模糊对偶问题
1.
Besides the regular duality concepts,symmetric and non-symmetric fuzzy duality definitions as well as the relationship between those two types of fuzzy dualities are discussed.
对模糊不等式型的线性规划问题的对偶理论进行了研究,给出了模糊不等式型的线性规划对偶问题的一般定义及经济解释,提出了对称型与非对称型模糊对偶问题的概念和由对称型模糊对偶规划推出非对称型模糊对偶规划情形及由非对称形推出对称形模糊对偶规划情形的方法;总结出了构成模糊对偶规划一般规则,证明了模糊不等式型的对称性对偶定理。
4) non-symmetric fuzzy duality
非对称型模糊对偶问题
1.
Besides the regular duality concepts,symmetric and non-symmetric fuzzy duality definitions as well as the relationship between those two types of fuzzy dualities are discussed.
对模糊不等式型的线性规划问题的对偶理论进行了研究,给出了模糊不等式型的线性规划对偶问题的一般定义及经济解释,提出了对称型与非对称型模糊对偶问题的概念和由对称型模糊对偶规划推出非对称型模糊对偶规划情形及由非对称形推出对称形模糊对偶规划情形的方法;总结出了构成模糊对偶规划一般规则,证明了模糊不等式型的对称性对偶定理。
5) duality model
对偶模型
1.
Improvement in fairness of congestion control based on optimization theory and duality model;
优化理论/对偶模型对拥塞控制公平性的改善
2.
It is discussed that duality models for a class of constrained multiobjective fr actional optimal control problems proposed by Zalmai on the base of the proper e fficiency conditions proved by the authors earlier.
在作者稍早证明的一类多目标分式最优控制问题的真有效性条件的基础上，讨论了这类多目标分式最优控制问题的对偶模型。
6) dual model
对偶模型
1.
An optimization dual model was developed to minimize the cost of Compound Fertilizer.
针对目前市场原料价格波动行情,建立了复混肥优化配方的对偶模型规划,利用其双向分析功能对配方进行了深入分析。
2.
In this paper, the concept of dual models of a propositional linear temporal logic formula is defined: A formula f has dual models if it has two models (namely two ω-sequences of states) such that the assignments to atomic propositions at each position of them are dual.
定义了一个命题线性时序逻辑的对偶模型的概念。
补充资料：对称与非对称
反映客观事物在结构、功能、时空上的特殊联系的范畴。对称指事物以一定的中介进行某种变化时出现的不变性，非对称指事物以一定的中介进行某种变化时出现的可变性。在自然界中普遍存在，形式多样。对称有空间对称(包括形象对称和结构对称)、时间对称、概念对称等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条