Sentence examples for quite implemented from inspiring English sources

"How," he asks at the bottom of the sheet next to the comment about a tornado, "do precis/characters cohere?" His solution, never quite implemented in the book, was to make the story a battle between those who wanted to automatize the Service and those who resisted, with Reynolds and Sylvanshine on the pro-automation side.

Better system-wide social – Granted neither company has quite implemented social quite that well just yet, but Microsoft's live tiles with flipping and flopping feed images and the interaction between social networks and contact lists is doing an interesting job of it.

They can be quite easily implemented inside a query processor, much like select, project, and join.

As these scores are quite often implemented in the method section of studies on the diagnostic performance of imaging techniques in patients with a clinical suspicion of AA, knowledge of the most popular scores is mandatory.

Next, a series of web services were designed and developed for an SDI implementation, and it is demonstrated that procedures which are in practice implemented quite slowly by traditional methods can be implemented in a fast and proper manner in a web services-based SDI environment.

Experiments show that our algorithm not only produces quite smooth and reasonable disparity maps which are close to the state-of-the-art results, but also can be implemented quite efficiently.

Just as the foreign workers' lists was always a bad idea that was never going to be implemented, quite a lot of the notions expounded in Birmingham will not happen, or are more likely to dwindle into symbolic tweaks than revolution.

Their recommendations are largely sensible and many can be implemented quite soon by amendments to the Banking Act.

While simpler insect navigation behaviours have been implemented quite successfully, the more complicated way-finding capabilities of vertebrates still pose a challenge to current systems.

Quite a few implemented examples and machining results show that the developed techniques can compensate the orbital motion and improve the machining precision effectively.

Results confirm that the control practice proposed may quite satisfactorily be implemented on the original plant as reasonable robustness characteristics are preserved for this ultimate operational point of the system.