LOOCV-GRBFCM Performance Evaluation

C. Chou, Kuen-Tsann Chen
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Abstract

Finite element method (FEM) must be created the element mesh, it is very tedious and time-consuming. A novel meshless method doesn't require generating the element mesh, it reduces a large amount of computational and human time. The shape parameter plays a key role of meshless methods, the authors usually choose the shape parameter by trial and error or some other ad-hoc means. This study will propose LOOCV-GRBFCM to choose a "GOOD" shape parameter and solve problems automatically and practically. Performance evaluations will also be presented. We hope these results to support useful suggestions.
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LOOCV-GRBFCM性能评估
有限元法(FEM)必须创建单元网格,非常繁琐且耗时。一种新的无网格方法不需要生成单元网格,大大节省了计算时间和人工时间。形状参数在无网格方法中起着至关重要的作用,作者通常通过试错法或其他特殊方法来选择形状参数。本研究将提出LOOCV-GRBFCM来选择一个“好的”形状参数,并自动、实用地解决问题。还将提出业绩评价。我们希望这些结果能够支持有用的建议。
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