Sentence examples for processes with finite from inspiring English sources

This chapter defines and analyzes thermodynamic limits for various traditional and work-assisted processes with finite rates important in engineering, physics, and biology.

This is because Markov chains are discontinuous stochastic processes with finite variation and the quadratic processes of the martingales generated by Markov chains are quite different from the continuous-time diffusions.

FST is based on the expression of combined first and second law of thermodynamics for processes with finite speed that involves internal irreversibilities due to finite piston speed, internal friction and throttling of the gas in valves, and also external irreversibilities due to heat transfer at finite temperature difference at the source and the sink.

Figure 4 shows our proposed EEG signal acquisition process with finite rate of innovation.

In fact, if we restrict Brownian motion on, it is a real process with finite second order moment.

Let (V t)) be a (D(A))-valued process with finite variation in (D(A)), (M t)) be a (D(A))-valued square-integrable martingale, and (V 0)=M 0)=0).

In the computer aided engineering process with finite element analysis, a CAD surface model is sometimes needed for various tasks such as remeshing, shape optimization or design modification.

The FST is based on the mathematical expression of the first law for process with finite speed that involves three causes of internal irreversibility, namely the finite speed of the piston, internal friction and throttling.

Let (Z(t)=V t) + M t)) be a semimartingale, where (V t)) is an H-valued process with finite variation (|V|(t)), and (M t)) is an H-valued square-integrable martingale with quadratic variation ([M](t)).

The company, which is of interest in this project, currently has a collection center of the pharmaceutical products involved in the process, with finite capacity and well-defined concentration areas.

In this paper two new variants of Seiliger processes, which characterize the engine in-cylinder process with finite stages are investigated, in particular their ability to correctly model the heat release by a finite number of combustion parameters.