带闭凸锥约束的多目标数学规划的自身对偶性

M.A.Han的n在文〔1]中讨论了如下一类单目标数学规划间题的自身对偶性: }min尹间一哪树,(sp)}f(‘)》o, L必>0.其中。〔砂,了(劝~(f1(劝,介(劝,…,几(劝)r. 本文把(sP)推广为如下两类分别带一个和两个闭凸锥组成约束的多目标数学规划间题: }m远到劝一到劝’气!min到劝一侧分毛(vp)(1)}一尸(‘),〔。’,(vp)(2)}一尸(‘),〔姚, L田任o.t,任01.上述两个问题中,二〔刀.,F(劝是”丫”阶矩阵函数,久O:和0:都是砂中的均含内点的闭凸锥,且o:卫Oa,o’是o的极锥,即口一任】。臀哎0,物任o},碳与o’的含义相同,和任W+或评+十,而‘一{!,。>0,客。一…     

不可微多目标规划的高阶对称对偶性

本文研究锥约束不可微多目标规划的Mond-Weir 型高阶对称对偶问题. 本文指出Agarwal 等人(2010) 和Gupta 等人(2010) 工作的不足, 给出规划问题的强对偶和逆对偶定理.     

多目标无限线性规划的对偶性

本文讨论多目标无限线性规划的对偶性，它将有限多目标的结果推广到了无限信的情形。     

非光滑非凸多目标规划的Wolfe型对偶性

本文利用作者提出的某些非凸概念,讨论了非光滑非凸多目标规划的Wolfe型对偶性.     

广义凸多目标规划的Mond─Weir型对偶性

本文研究带不等式和等式约束的多目标规划的Ｍｏｎｄ－Ｗｅｉｒ型对偶性理论。在目标和约束是广义凸的假设下，证明了弱对偶定理、直接对偶定理以及逆对偶定理     

一致不变凸多目标规划的有效性条件和对偶性

作者对多目标规划引进一致不变凸的概念,用来综合规划所涉及函数的不变凸性,而不是用单个函数的不变凸性.考虑了涉及这样函数的多目标规划解的有效性和Mond-Weir对偶性.     

广义凸多目标规划的Mond—Weir型对偶性

本文研究带不等式和等式约束的多目标规划的Ｍｏｎｄ－Ｗｅｉｒ型对偶性理论。在目标和约束是广义凸的假设下，证明了弱对偶定理、直接对偶定理以及逆对偶定理。     

多目标数学规划的稳定性

<正> §1.引言 当我们用数学规划去描述和求解某些实际问题的时候,特别是在最优设计问题中,评价最优性的目标往往不只一个,这就构成了所谓多目标数学规划问题(或称向量极值问题).近年来,在国内外已经引起了一些从事于数学规划研究的人越来越大的兴趣.尽管关于“最优性”的含意各不相同,定义也多,但都是在多目标数学规划问题的“有效解”     

Duality for Dini-Invex Nonsmooth Multiobjective Programming

In this paper we generalize the concept of a Dini-convex function with Dini derivative and introduce a new concept - Dini-invexity. Some properties of Dini invex functions are discussed. On the base of this, we study the Wolfe type duality and Mond-Weir type duality for Dini-invex nonsmooth multiobjective programmings and obtain corresponding duality theorems.     

多目标分式规划逆对偶研究

考虑了一类可微多目标分式规划问题.首先,建立原问题的两个对偶模型.随后,在相关文献的弱对偶定理基础上,利用Fritz John型必要条件,证明了相应的逆对偶定理.     

Duality for Set-Valued Multiobjective Optimization Problems,Part 1: Mathematical Programming

The duality of multiobjective problems is studied with the help of the apparatus of conjugate set-valued mappings introduced by the author. In this paper (Part 1), a duality theory is developed for set-valued mappings, which is then used to derive dual relations for some general multiobjective optimization problems which include convex programming and optimal control problems. Using this result, in the companion paper (Part 2), duality theorems are proved for multiobjective quasilinear and linear optimal control problems. The theory is applied to get dual relations for some multiobjective optimal control problem.     

Second-Order Duality for Nondifferentiable Multiobjective Programming Problems

This paper is concerned with second-order duality for a class of nondifferentiable multiobjective programming problems. Usual duality theorems are proved for Mangasarian type and general Mond–Weir type vector duals under generalized bonvexity assumptions.     

非光滑伪线性多目标规划对偶

本文利用Ｄｉｎｉ右上、右下导数给出了非光滑伪线性多目标规划的对偶理论，建立了Ｍｏｎｄ－Ｗｅｉｒ型对仍与Ｗｏｌｆ型对偶；并证明了原问题与对偶问题之间的对偶定理．     

Higher-Order Duality in Nondifferentiable Multiobjective Programming

A new generalized class of higher-order (F, α, ρ, d)–type I functions is introduced, and a general Mond–Weir type higher-order dual is formulated for a nondifferentiable multiobjective programming problem. Based on the concepts introduced, various higher-order duality results are established. At the end, some special cases are also discussed.     

不可微多目标优化非控解的最优性条件与对偶

本文对由一类局部Ｌｉｐｓｃｈｉｔｚ的ρ－ｉｎｖｅｘ函数所构成的不可微多目标优化问题进行了讨论；给出了最优性条件。并且对Ｗｏｌｆｅ、Ｗｅｉｒ－Ｍｏｎｄ和Ｃｒａｖｅｎ型对偶问题进行了研究，得到了相应的对偶定理。     

带有极值函数的多目标双层规划问题的对偶

For a multiobjective bilevel programming problem(P) with an extremal-value function,its dual problem is constructed by using the Fenchel-Moreau conjugate of the functions involved.Under some convexity and monotonicity assumptions,the weak and strong duality assertions are obtained.     

F─广义凸多目标规划的对偶理论

本文讨论Ｆ—广义凸多目标规划的对偶理论，证明了弱对偶、直接对偶和逆对偶定理．主要结果参考文献［１］的推广和发展。