Sentence examples for constructing energy from inspiring English sources

The method is easier and more convenient than constructing suitable Lyapunov-Krasovskii functionals or constructing energy functions.

A general strategy was presented in 2009 by Yamaleev and Carpenter for constructing energy stable weighted essentially non-oscillatory (ESWENO) finite-difference schemes on periodic domains.

The same applies to the background probabilities for A and T. For both algorithms, the background GC content was taken to be 0.43 (the GC content of non-ORF regions in E. coli) when constructing energy matrices from the known sites, and was taken to be 0.5 when constructing energy matrices from SELEX sites.

Be it through investing in electric vehicles, building smart grids, constructing energy-efficient homes, planning limits on urban sprawl, investing in renewable power or providing integrated public transport, such action generates a number of important benefits – not least, tackling the growing and deadly problem of air pollution all over the world.

Moreover, building being one of the sectors with heavy energy use, it is required to develop an accurate model for energy forecasting of building and constructing energy-efficient buildings.

Constructing energy-efficient routes for sending data through such networks is important not only for the longevity of the nodes which typically depend on battery energy, but also for achieving an environmentally friendly system design overall, which will be imperative as M2M networks scale in number of nodes as projected.

The spin supercurrent, its selection rules and their relations to the constructed energy are also investigated.

Then, we constructed energy consumption configuration model joint distribution compressive sensing and quantization compressive sensing.

A critical issue in battery-powered sensor networks is to construct energy efficient virtual backbones for network routing.

Lately, Furihata and Matsuo have developed the so-called "discrete variational derivative method" that automatically constructs energy preserving or dissipative finite difference schemes.

This is because they are lightweight (easy to handle), fast constructed, energy efficient (green houses), economical, dimensionally stable and they do not need skilled worker.