Sentence examples for systems that characterize from inspiring English sources

Luckily, Mr. Miner said, such patterns are much rarer than the vigorously moving weather systems that characterize winter in New York.

(NRC, 2009a, pp. 12 13) Years of research have generated detailed information about the components of the complex systems that characterize life genes, cells, organisms, ecosystems and this knowledge has begun to fuse into greater understanding of how all those components work together as systems.

As a recent National Research Council NRCC) report notes, Years of research have generated detailed information about the components of the complex systems that characterize life genes, cells, organisms, ecosystems and this knowledge has begun to fuse into greater understanding of how all those components work together as systems.

Though each of these sets of questions represents a focus on different technical domains and social phenomena, each illustrates the interconnectedness of technological and social systems that characterizes our modern world.

I was not there by accident: Loma San Jerónimo is the site of a nascent project by Paraguay's tourism ministry and local residents to promote the neighborhood, which somehow escaped the grid system that characterizes downtown Asunción, all but eliminating vehicular traffic and making its alleyways and passages perfect for kids to play and visitors to wander.

Then we give the singular optimality system that characterizes the control.

The most important contribution of this study is the development of an integrated system that characterizes both the changing structure of the economy and changes in emission intensity.

This work also applies proper orthogonal decomposition (POD) to simulated CFD data and creates a reduced order model of the fluid system that characterizes the dominant features of both the temperature and velocity fields.

The merit of the proposed method lies in that only one parameter in the entire control scheme requires online adjustment, regardless of the number of parameters in the T-S fuzzy system that characterizes the fuzzy rules; the calculation burden, in this sense, is reduced to the extent of the minimum value.

To facilitate analysis and support decision-making for such events, the authors have developed an environmental risk management system that characterizes the ability of a spilled chemical to immediately impact human health, groundwater, surface water, and soil resources, and incorporates these four risk areas into an overall measure of terrestrial chemical risk.

From these, a differential equation system that characterizes the rates of change of each reactant can be derived.