Worst case analysis in robust design of NMR magnets
A Ambrisi, A Formisano… - Digests of the 2010 14th …, 2010 - ieeexplore.ieee.org
Digests of the 2010 14th Biennial IEEE Conference on …, 2010•ieeexplore.ieee.org
The optimal design of electromagnetic devices is often performed by balancing conflicting
objectives, including performance and other relevant quality figures such as cost and
robustness. The balance of conflicting partial objectives can be tackled with the Pareto
approach. Unfortunately, assessment of robustness typically implies a relevant increase in
the computational cost of optimization procedures; in the paper, it is proposed an approach
allowing to include robustness in Pareto optimization with a reduced increase in the …
objectives, including performance and other relevant quality figures such as cost and
robustness. The balance of conflicting partial objectives can be tackled with the Pareto
approach. Unfortunately, assessment of robustness typically implies a relevant increase in
the computational cost of optimization procedures; in the paper, it is proposed an approach
allowing to include robustness in Pareto optimization with a reduced increase in the …
The optimal design of electromagnetic devices is often performed by balancing conflicting objectives, including performance and other relevant quality figures such as cost and robustness. The balance of conflicting partial objectives can be tackled with the Pareto approach. Unfortunately, assessment of robustness typically implies a relevant increase in the computational cost of optimization procedures; in the paper, it is proposed an approach allowing to include robustness in Pareto optimization with a reduced increase in the computational cost.
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