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Dynamic Optimization Using Local Collocation Methods and Improved Multiresolution Technique
2018
Applied Sciences
Dynamic optimization has wide applications in scientific and industrial researches. Multiresolution techniques provide an efficient way to solve dynamic optimization problems but have some disadvantages. An improved multiresolution technique is developed in this paper to overcome these disadvantages. The proposed technique consists of local collocation methods and a multiresolution-based mesh refinement method. New, generalized dyadic meshes are proposed to overcome the dyadic limitation, and
doi:10.3390/app8091680
fatcat:flng62z4c5hyzgzxc4awuu3f5i