AbstractThis article continues the research on line search techniques for fuzzy optimization problems.'/> Cubic Interpolation: A Line Search Technique for Fuzzy Optimization Problems
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Cubic Interpolation: A Line Search Technique for Fuzzy Optimization Problems

机译:立方插值:模糊优化问题的线路搜索技术

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AbstractThis article continues the research on line search techniques for fuzzy optimization problems. Previously, in Ghosh and Chakraborty (Int J Appl Comput Math 3(2):527–547, 2017), a quadratic interpolation technique for fuzzy optimization problem was studied. In this article, we propose acubic interpolation technique. For the optimality concept, a partial ordering of fuzzy numbers is used. In order to derive thecubic interpolation method, thegeneralized Hukuhara differencebetween a pair of fuzzy numbers and the generalized Hukuhara differentiability for fuzzy functions are applied. The convergence analysis of the proposed technique is also exhibited. It is found that the developed method hasquadratic rate of convergence. A detailed numerical example is included to explore the developed technique. The iteration points in the example are also pictorially shown in detail.]]>
机译:立方插值技术。对于最优概念,使用模糊数的部分排序。为了导出<重点类型=“斜体”>立方插值方法,<重点类型=“斜体”>通用Hukuhara差异在一对模糊数和广义Hukuhara的模糊之间的差异应用功能。还表现出所提出的技术的收敛分析。发现开发方法具有<重点类型=“斜体”>二次收敛率。包括详细的数值例子来探索开发的技术。该示例中的迭代点也详细示出了。 ]]>

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