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- This paper presents a determined global optimization algorithm for solving linear fractional programming. 摘要针对分式规划问题的求解，给出一个确定性全局优化算法。
- Based on the convex simplex method for nonlinear programming, sensitivity analysis to changes in technical coefficients of linear fractional programming is presented. 摘要基于求解非线性规划的凸单纯形法，对线性分式规划技术系数变化进行灵敏度分析。
- In this paper, by considering the fuzzy nature of the decision-maker in the problem formulation process, multiobjective linear fractional programming problems with fuzzy decision are formulated. 针对实际问题中决策变量通常是模糊的情况，讨论具块角结构的含有模糊决策的线性分式多目标规划模型。
- An interactive linear fractional programming algorithm is presented to solve multiple attribute decision problems based on the assumption that the decision-maker has a linear utility function. 摘要基于决策者的线性效用函数提出了一种求解多属性决策问题的交互线性分式规划算法。
- We give the proof about the optimality criterion and describe an efficient algorithm for piecewise linear fractional programs on the network. 为进一步解决网络图上非线性目标函数的优化问题提供了依据。
- bilevel linear fractional programming 双层线性分式规划
- linear fractional programming in general form 一般形式线性分式规划
- METAMODEL METHODS IN OPTIMALITY ANALYSIS OF LINEAR FRACTIONAL PROGRAMMING 线性分式规划优化分析的元模型方法
- A Way to Find the Set of Optimal Solutions in Linear Fractional Programming 线性分式规划最优解集的求法
- The Optimal Conditions of the Linear Fractional Programming Problem with Constraint 带有约束线性分式规划问题的最优性条件
- Interactive Linear Fractional Programming Algorithm for Multiple Attribute Decision Problems 多属性决策问题的交互线性分式规划算法
- The structure and search procedure of solution sets of linear fractional programming in general form 一般形式线性分式规划解集的结构与求法
- linear fractional programming 线性分式规划
- linear fraction programming 线性分式规划
- linear fractional programing 线性分式规划
- Generally speaking,Linear Fractional Transformation(LFT) is the most common m ethod for description of uncertain plants. LFT是描述不确定对象的最通用方法.
- A deterministic global optimization algorithm is proposed for a class of fractional programming problem (P1), which can be generally applied to engineering. 摘要对广泛应用于工程中一类比式规划问题(P1)给出了一个确定性全局优化算法。
- Furthermore, it was considered the generalization of the problem whose objective function in the first level was linear fractional with other conditions remaining unchanged. 考虑了第一层目标函数为线性分式函数而其余条件不变时的推广问题，得到了类似的结果。
- multi-objective fractional programming 分式多目标规划
- linear fractional transformation 线性分式变换
