Sentence examples for systematic viewpoint from inspiring English sources

Percolation theory can present a systematic viewpoint to analyze the influence of localized jam on system.

To develop more appropriate policy designs for energy saving and emission reduction in China, demand-driven embodied energy uses deserve to be considered from a systematic viewpoint.

In this way, the differential coexpression value (dC) was summarized at the level of biological pathway, which characterized transcriptomic behaviors from a more systematic viewpoint than at the gene level.

The mid-air collision hazard and its associated risk are re-examined from both an historical and a systematic engineering modelling viewpoint.

For instance, the enormous amount of data from so-called high-throughput biological experiments has introduced a systematic or network viewpoint to traditional biology.

In this study, the pathogenic functional modules of C. albicans active during infection and the corresponding defensive functional modules of zebrafish occurring in response to the pathogenic threat were investigated by simultaneous host-pathogen interaction microarray data from both the systematic and molecular viewpoints.

Therefore, in this paper, we investigate this effect in a systematic way from the viewpoint of a gravity sensor based on magnetic suspension.

These and the other pertinent issues will be investigated in this study from the viewpoint of systematic computer code development and computational efficiency, which is substantial to practical engineering applications.

In addition, from an engineering viewpoint, our systematic study benefits the design and construction of synthetic microbial consortia.

In this paper, the interactions between the vehicle running quality and the subgrade design parameters have been investigated in systematic concept and from the viewpoint of systematic matching.

From the viewpoint of a systematic designing method for a chemical vapor deposition (CVD) reactor, double-wafer hot-wall and single-wafer cold-wall environments for silicon epitaxial film growth are studied, for the first time, by means of numerical calculations using the transport and epitaxy model which is effective for the SiHCl3 H2 system at atmospheric pressure.