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

Publication ,  Conference
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 ...

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