Sentence examples for calculus system from inspiring English sources

Signal pre-processing in both datasets is discussed briefly taking into consideration advances in multi-resolution analysis and model based fractional order calculus system identification.

Its calculus system offers a theoretic way to connect components via connectors, and then provides a theoretical basis for further verification.

The first step towards this representation is to convert all the sequent calculus system, using the involutivity of negation, into a one-sided system, where sequents are of the form ⊢ Γ.

We demonstrate these ideas on classical logic, and argue that they can be analogously carried to other deep inference systems for other logics, as well as sequent calculus systems.

Using real-time calculus, the system parameters can be explored and weak points of the system can be exposed early in the design cycle.

The PVS interactive proof checker integrates a number of decision procedures into the sequent calculus proof system.

Investigation of a subclass of hybrid systems: linear hybrid systems (ellipsoidal calculus, switched Lyapunov functions); discrete-time hybrid systems; stochastic hybrid systems.

They are based on the clock calculus and inference system of Lucid Synchrone.

The design scheme presented is based on the use of fractional order controllers, originated from the application of the theory of Fractional Calculus to control system design.

The CCS (Calculus of Communicating System) process algebra is a well-known formal model of synchronization and communication, useful for the analysis of safety and liveness in protocols or distributed programs, and in more recent works their security properties.

McCall (2014) presents a cut-free sequent calculus for a system of connexive logic that he calls "connexive Gentzen".