Abstract: A computer system may seek to identify at least one contraction metric that satisfies contraction conditions for a design of a dynamical system. The computer system may do so by formulating a search for a candidate contraction metric that is suspected of satisfying the contraction conditions for the design of the dynamical system from a set of simulation traces that describe the behavior of the dynamical system for a specific set of operating conditions. The search for the candidate contraction metric may then be performed. The computer system may seek to verify that a candidate contraction metric for a design of a dynamical system satisfies contraction conditions by performing a process that uses solvers based on decision procedures.

Abstract: A computer system may seek to identify at least one contraction metric that satisfies contraction conditions for a design of a dynamical system. The computer system may do so by formulating a search for a candidate contraction metric that is suspected of satisfying the contraction conditions for the design of the dynamical system from a set of simulation traces that describe the behavior of the dynamical system for a specific set of operating conditions. The search for the candidate contraction metric may then be performed. The computer system may seek to verify that a candidate contraction metric for a design of a dynamical system satisfies contraction conditions by performing a process that uses solvers based on decision procedures.

Abstract: A computer system may seek to identify at least one contraction metric that satisfies contraction conditions for a design of a dynamical system. The computer system may do so by formulating a search for a candidate contraction metric that is suspected of satisfying the contraction conditions for the design of the dynamical system from a set of simulation traces that describe the behavior of the dynamical system for a specific set of operating conditions. The search for the candidate contraction metric may then be performed. The computer system may seek to verify that a candidate contraction metric for a design of a dynamical system satisfies contraction conditions by performing a process that uses solvers based on decision procedures.

Abstract: The claimed subject matter provides a system and/or a method that facilitates ensuring non-interference between multiple threads that access a shared resource. An interface can receive a portion of sequential code, wherein the portion of sequential code includes a property that is maintained and relied upon when invoked and executed by a sequential client. A synthesizer component can leverage a sequential proof related to the portion of sequential code in order to derive a concurrency control mechanism for a portion of concurrency code that maintains the property when invoked by a concurrent client, wherein the sequential proof identifies a concurrent interference at an execution point that is tolerable for the concurrent client.