A Lyapunov-equation design procedure yields physically realizable coherent feedback H∞ controllers for linear quantum systems with guaranteed stability and disturbance attenuation.
Design of coherent passive quantum equalizers using robust control theory,
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Connects coherent equalization for linear quantum systems to the classical two-disk H∞ problem to handle a broader class of channels.
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Coherent feedback $H^\infty$ control of quantum linear systems
A Lyapunov-equation design procedure yields physically realizable coherent feedback H∞ controllers for linear quantum systems with guaranteed stability and disturbance attenuation.
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A two-disk approach to the synthesis of coherent passive equalizers for linear quantum systems
Connects coherent equalization for linear quantum systems to the classical two-disk H∞ problem to handle a broader class of channels.