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首页> 外文期刊>Journal of Optimization Theory and Applications >Duality Theory in Interval-Valued Linear Programming Problems
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Duality Theory in Interval-Valued Linear Programming Problems

机译:区间值线性规划问题的对偶理论

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摘要

The weak and strong duality theorems in interval-valued linear programming problems are derived in this paper. The primal and dual interval-valued linear programming problems are formulated by proposing the concept of a scalar (inner) product of closed intervals. We introduce a solution concept that is essentially similar to the notion of nondominated solution in multiobjective programming problems by imposing a partial ordering on the set of all closed intervals. Under these settings, the weak and strong duality theorems for interval-valued linear programming problems are derived naturally.
机译:本文推导了区间值线性规划问题的弱和强对偶定理。通过提出闭区间的标量(内)乘积的概念来表达原始和对偶区间值线性规划问题。通过在所有封闭区间的集合上强加部分排序,我们引入了一种解决方案概念,该概念与多目标编程问题中的非支配解决方案概念基本相似。在这些设置下,自然会导出区间值线性规划问题的弱对偶定理和强对偶定理。

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