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Conic Controller Synthesis that Minimizes an Upper Bound on the Closed-Loop $\mathcalH_2$-Norm

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Bridgeman, LJ; Forbes, JR
Published in: 2017 American Control Conference
May 2017

Duke Scholars

Leila Bridgeman
Author Leila Bridgeman Thomas Lord Department of Mechanical Engineering and Materia ...
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Published In

2017 American Control Conference

Publication Date

May 2017
 

Citation

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Bridgeman, L. J., & Forbes, J. R. (2017). Conic Controller Synthesis that Minimizes an Upper Bound on the Closed-Loop $\mathcalH_2$-Norm. In 2017 American Control Conference.
Bridgeman, L. J., and J. R. Forbes. “Conic Controller Synthesis that Minimizes an Upper Bound on the Closed-Loop $\mathcalH_2$-Norm.” In 2017 American Control Conference, 2017.
Bridgeman LJ, Forbes JR. Conic Controller Synthesis that Minimizes an Upper Bound on the Closed-Loop $\mathcalH_2$-Norm. In: 2017 American Control Conference. 2017.
Bridgeman, L. J., and J. R. Forbes. “Conic Controller Synthesis that Minimizes an Upper Bound on the Closed-Loop $\mathcalH_2$-Norm.” 2017 American Control Conference, 2017.
Bridgeman LJ, Forbes JR. Conic Controller Synthesis that Minimizes an Upper Bound on the Closed-Loop $\mathcalH_2$-Norm. 2017 American Control Conference. 2017.

Published In

2017 American Control Conference

Publication Date

May 2017