Robustness properties of a class of optimal risk-sensitive controllers for quantum systems
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James, M. R.
Petersen, I. R.
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IFAC Secretariat
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Abstract
in this note we described the robustness properties of optimal risk-sensitive controllers for quantum systems. We consider a quantum generalization of risk-sensitive criteria using the framework of (James, 2004). The robustness properties are derived by evaluating certain Radon-Nikodym derivatives of the quantum models and of the cost criteria. in addition to induced perturbations in the quantum statistics, perturbations in the cost function are allowed-evidently a non-classical feature.
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Proceedings of the 16th IFAC World Congress, IFAC 2005
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