Sentence examples for development of ancillary from inspiring English sources

These include the development of ancillary dedicated hardware circuits that carry out the more redundant and computationally-expensive operations in a faster way, leaving the main processor free to carry out other tasks while waiting for the result.

And, in a set of developments rarely noticed by military historians, the development of ancillary sciences, such as the construction of roads and highways and cartography, made the movement of military organizations not only easier but more predictable than ever before.

For studies where full datasets from the primary study are required for the development of ancillary data, this is not practical.

Thus the stage is set to further determine the role of these genes during the development of ancillary structures found between Ginkgo, cycads and other gymnosperms with higher plants as well as the role of those in structures that are unique to gymnosperms and/or the non-seed plants as a step to understand the evolution of the seed plant habit.

He also developed a string of ancillary occupations.

Underestimation of tree and impervious cover may also be partly due to masking during map development, including the varied selection of ancillary data used for masking (Homer and others 2007; Homer and others 2004; Huang and others 2001; MRLC 2009; Yang and others 2003).

Nevertheless, the progress of commerce, together with an important ancillary development of industry, chiefly accounts for medieval urban prosperity.

"If you went out the back of my bar and jacked off in the alley, you'd jizz on the new stadium they are building," said George Baukas, whose bar on Cass Avenue lies alongside the site where the Ilitches plan to place their new development, which also includes a host of ancillary construction restaurants, luxury apartments, and casinos.

As well as the development of contrast-enhanced techniques, the ancillary technological advances in MRI software and hardware (gradient coils and phased array coils) plus bolus detection methods, stepping table techniques and parallel imaging have shortened examination times and improved image quality significantly.

The scenarios and requirements we describe can help guide the development of systems that make conducting ancillary studies easier, less expensive, and less error-prone.

Such opportunities include the use of ancillary data, scale-specific methods, improved development of spectral libraries and better integration of RS technologies into empirical and simulation SOC models.