Sentence examples for rapid forwarding from inspiring English sources

Even if more rapid forwarding of ED meningococcal diagnoses to public health authorities were possible, the low sensitivity and PPV do not justify this.

Therefore, even if the ED surveillance system and procedures were changed to facilitate more rapid forwarding of meningococcal diagnoses to public health authorities, the low PPV and sensitivity combined with the high cost of public health resources devoted to each notification of this serious disease would not justify timelier ED reporting.

New computational tools and methods for high-throughput system assembly and analysis may lead to more rapid forward engineering.

Plus in this tournament Hodgson could take heart from the rapid forward thrusts of both Holland in mind-boggling victory and Croatia in unlucky defeat.

Because they are tongueless, they rely on the forelimbs to guide food to their mouths, with additional aid from the rapid forward thrust of their powerful hind limbs.

Features, applications, frameworks and architectural solutions, protocol standards, inter-operability events, and scientific and marketing research contribute to the rapid forward motion of GMPLS.

A variety of problems in device and materials design require the rapid forward modeling of Maxwell's equations in complex micro-structured materials.

Edited in rapid forward and backward motion, and projected on a tiny digital screen, the star athlete appears shrunken, trapped by the technology -- in this case, television, whence the clip originated -- that packages him for the public.

While we would expect the earliest sunset to occur closer to the winter solstice, the rapid forward shift in solar noon causes sunset to creep later more than a week before then.

This modified approach is able to account for the very rapid forward (mechanically activated) transformation compared with the much slower reverse transformation that takes place in the absence of stress.

Rapid forward modeling during the retrieval process is based on a broad-band approach and the use of emissivity look-up tables for the computation of radiative transfer, yielding accurate results at very low computational costs.