Under suitable conditions, we give some theorems connecting multiobjective fractional programming with set functions and its scalarization problems as well as the corresponding saddle point problems.
在一定条件下，论证了集函数多目标分式规划问题与其相应的标量化问题以及鞍点问题之间的密切关系。
This paper offers a new characterization method for an efficient solution of multiobjective programming satisfying the saddle point criteria.
本文给出多目标规划有效解适应鞍点准则的一个新的判别法，它不使用凸性的几何术语及凸分析中的概念。
This paper considers the extended quadratic programming problem. Based on the necessary and sufficient conditions for a saddle point, a neural network for solving it is proposed.
考虑了广义二次规划问题，基于其鞍点的充要条件，提出了求解它的一个神经网络。
This paper considers the extended quadratic programming problem. Based on the necessary and sufficient conditions for a saddle point, a neural network for solving it is proposed.
考虑了广义二次规划问题，基于其鞍点的充要条件，提出了求解它的一个神经网络。
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