Sentence examples for application to a broader from inspiring English sources

The new design plays an important role in obtaining a nonrestrictive synthesis condition and rendering our approach application to a broader class of systems, namely the class of nonlinear time-delay systems in a lower-triangular form.

Our goal is to better understand the accuracy and performance characteristics of TRRM on massive scale problems, and to provide community software that facilitates further algorithmic development and potentially its application to a broader class of problems.

The flexible combination of technological components and well-proven data management methodologies allows its application to a broader range of scientific problems associated with near-real-time exchange of large datasets.

The major new extensions are: (1) incorporation of fluid compressibility; (2) implementation using the direct simulation Monte Carlo (DSMC) method for dilute rarefied gas flows, and (3) application to a broader range of geometries, including periodic, non-periodic, pressure-driven, gravity-driven and shear-driven internal flows.

A recent study reported synergistic growth inhibition and induction of apoptosis for the combination of trastuzumab and 9- cis-RA in hepatocellular cells [ 59], suggesting application to a broader range of malignancies; that report demonstrated that trastuzumab inhibited phosphorylation of RXRα and enhanced 9- cis-RA-induced RA response element and retinoid X response element activity.

Indeed, the very fact that this model of communications systems was so entirely abstract was no disadvantage; on the contrary, this gave it application to a broad range of communication functions, both analogue and digital.

In consequence, an analytic solution of the linear Boltzmann equation is pursued in the form of a Green's function allowing flexibility in application to a broad range of boundary value problems.

While especially useful for crystal growth simulation, the algorithms are presented from the point of view that KMC is the numerical task of simulating a single realization of a Markov process, allowing application to a broad range of areas where heterogeneous random walks are the dominate simulation cost.

Therefore, the study suggested that the plasmid containing multi-copy CpG motifs might have its potential application in improving host resistance to pathogen insults in aquaculture, and have its notable advantages of high efficacy, economical cost and application to a broad range of aquatic species.

While this made analysis more challenging, the outcome was a richer and more comprehensive product with greater potential for application to a broad audience.

While this method should have application to a broad range of cell types, we demonstrate here its utility for increasing the resolving power of 2D-PAGE-based proteome analysis of the fission yeast Schizosaccharomyces pombe.