Sentence examples for realizable scheme from inspiring English sources

An experimentally realizable scheme, most suitable for generating SpLW of infinite group velocity (shortly – infinitely superluminal localized wave – iSpLW) is derived from the general approach.

The realizable schemes can achieve higher than 2nd-order accuracy for problems with smoothly varying abscissas.

In the worst-case scenario of highly nonlinear abscissas, the realizable schemes are 2nd-order accurate but have lower error magnitudes compared to existing schemes.

The implementation of the design methodology results to robust and practically realizable system schemes, able to achieve high performance under a wide range of operating conditions.

In this paper, we focus on particular illustrative mechanisms of impulsive interference in digital communication systems resulting from the nonsmooth nature of any physically realizable modulation scheme for transmission of a digital (discontinuous) message.

We give an example of mechanisms of impulsive interference in digital communication systems resulting from the nonsmooth nature of any physically realizable modulation scheme for transmission of a digital (discontinuous) message.

In this article, we show that impulsiveness, or a high degree of peakedness, of interchannel interference in communication systems results from the non-smooth nature of any physically realizable modulation scheme for transmission of a digital (discontinuous) message.

Recently, high-order realizable finite-volume schemes with appropriate realizability criteria have been derived for the advection term.

The results obtained using the realizable high-order schemes are shown to be consistent with those obtained using the 2nd-order moment-based reconstruction scheme.

We apply this heuristic to three energy savings schemes realizable in the PCC architecture.

The current work focuses on developing high-order realizable finite-volume schemes for diffusion.