Sentence examples for increasing levels of complexity from inspiring English sources

Embedded electronic system design is currently faced with increasing levels of complexity, heterogeneity, and time-to-market demands.

These technologies were arranged in the Semantic Web Stack according to increasing levels of complexity (like a layer cake).

As Mr. Brooks notes, painstaking practice at increasing levels of complexity or challenge and a guiding hand from knowledgeable teachers are necessary to refine promising abilities into excellence.

Both approaches have been thoroughly characterized considering increasing levels of complexity, different design problems, and algorithm configurations.

There are some debuts which serve to announce a writer's promise, glimmering brightly between the flaws and missteps; and there are some follow-ups which more than confirm that promise as they make their way through increasing levels of complexity.

In addition, he championed the "spiral curriculum," in which subjects are taught to students year after year at increasing levels of complexity.

In addition, effects of heat and mass transfer limitations on CHAMP-DDIR performance are investigated by comparing the predictions among multiple cases with increasing level of complexity used for modeling the transport phenomena within the reactor.

Various case studies involving different reservoirs with different flow dynamics in an increasing level of complexity are examined to illustrate the implementation of the neuro-simulation guidelines as well as to highlight the power of the proposed methodology.

The Lyapunov-based boundary control framework will be illustrated through three example systems the transverse vibrating string, the acoustic noise duct, and the flexible rotor each with an increasing level of complexity.

We consider three models with an increasing level of complexity in the flux reconstruction and test them for highly compressible flows (tracer transport in gas flow, imbibition and drainage of partially saturated reservoirs, depletion of gas water reservoirs, and flooding of oil gas reservoirs).

Such plants are characterized by an increasing level of complexity both for the choice of the technology to adopt for gas compression and for the plant layout and integration, facing a combination of diverse energy demands including electric power, thermal and cooling demands.