Sentence examples for evolution of the discrete from inspiring English sources

It is shown that the evolution of the discrete dynamics can be formulated as a descriptor system.

This paper deals with the problem of detecting the current configurations of hybrid mechatronic systems, where the evolution of the discrete part is governed by a Petri net.

The time-explicit finite difference scheme is constructed to capture the unsteady evolution of the discrete velocity distribution functions at each DVO point by using the unsteady time-splitting method.

The differential algebraic equations describing the temporal evolution of the discrete momentum equation and incompressibility constraint are numerically solved by combining an integrating factor technique for the viscous term and a half-explicit Runge Kutta scheme for the convective term.

The evolution of the discrete state m is governed by the thermostat with temperature setting x set and dead band δ.

where a ∨ b = max ( a, b ) for a, b ∈ R. Then there exists a unique solution to (2), in which the evolution of the discrete component is given by (3).

The concept of timelines, that studies multiple unique realizations of the controlled evolution of the discrete-event pipeline system, is introduced.

The concept of timelines that studies the multiple and unique realizations of the controlled evolution of the discrete-event pipeline system has been shown to be an effective approach to obtain insights into the dynamics of the pipeline problem under uncertainty.

The lower panel shows the evolutions of the discrete-state and the continuous-state over a 1-s time span at around the 1370th hour into the simulation.

Evolution of these discrete units toward an intermediate structure where silver atoms weakly interact in an extended semilinear fashion was achieved by employing CF3SO3– in structure 3. Alignment of the Ag(I) centers to form linear chains that feature argentophilic interactions was finally achieved in structure 4, where the ClO4– was selected as the counteranion.

A roughness estimator is constructed that allows computing estimates of the surface roughness at a time-scale comparable to the real-time evolution of the process using discrete on-line roughness measurements.