Optimal Control of Nonlinear Transport-Flow Mixed Variational Problems
Optimal Control of Nonlinear Transport-Flow Mixed Variational Problems
复制标题
非线性传输流混合变分问题的最优控制
DOI：
10.1080/01630563.2014.976797
复制
发表时间：
2015
期刊：
影响因子：
--
通讯作者：
G. Alduncin
中科院分区：
文献类型：
--
作者：
G. Alduncin
对非线性输流混合变分问题的最优控制进行了定性研究，并基于原、对偶演化对偶原理对输流混合状态系统的可解性进行了分析。应用最近提出的一些基本扰动共轭对偶结果建立了相应的原始和对偶混合最优性条件[8]。此外，为了计算的目的，两个和三个领域的近似惩罚对偶算法的混合最优性条件的决议，最后提出和讨论。
Optimal control of nonlinear transport-flow mixed variational problems are studied qualitatively, and the solvability analysis of the transport and flow mixed state systems is performed on the basis of primal and dual evolution duality principles. Corresponding primal and dual mixed optimality conditions are established by the application of some fundamental perturbation conjugate duality results recently proposed [8]. Further, for computational purposes, two- and three-field proximation penalty-duality algorithms in the resolution of the mixed optimality conditions are finally presented and discussed.