IEEE Transactions on Automatic Control · 2015 · 61 citations · 15 references
Stability AnalysisDeterministic Dynamical SystemEngineeringInformation SecurityDiscrete Dynamical SystemInformation Theoretic SecurityCryptographic ProtectionBarrier Certificate ExistsFormal MethodsSystem StabilitySafe Dynamical SystemStable Dynamical SystemsCryptographic ProtocolFormal VerificationControllabilityData SecurityCryptographyStability
This technical note shows that a barrier certificate exists for any safe dynamical system. Specifically, we prove converse barrier certificate theorems for a class of structurally stable dynamical systems. Other authors have developed a related result by assuming that the dynamical system has neither singular points nor closed orbits. In this technical note, we redefine the standard notion of safety to comply with dynamical systems with multiple singular elements. Hereafter, we prove the converse barrier certificate theorems and highlight the differences between our results and previous work by a number of illustrative examples.
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Stephen T. Smale · Annals of Mathematics · 1961 · 392 citations
Deterministic Dynamical System, Global Geometry, Geometry +10