A new a priori unknown supervisor model for opacity supervisory control is formalized with sound and complete synthesis algorithms via information-state structures and safety games.
Secure- by-construction synthesis of cyber-physical systems.Annual Reviews in Control, 53:30–50
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A unified framework formulates observational properties in stochastic systems as HyperLTL hyperproperties and uses stochastic barrier certificates to verify them via reachability without state-space discretization.
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Opacity Enforcing Supervisory Control with a Priori Unknown Supervisors
A new a priori unknown supervisor model for opacity supervisory control is formalized with sound and complete synthesis algorithms via information-state structures and safety games.
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Certificates Synthesis for A Class of Observational Properties in Stochastic Systems: A Unified Approach
A unified framework formulates observational properties in stochastic systems as HyperLTL hyperproperties and uses stochastic barrier certificates to verify them via reachability without state-space discretization.