Sentence examples for processing of greater from inspiring English sources

"Improvements in computing technology have enabled the processing of greater data sets in less time, but the technology to enable efficiency of that process has not kept pace with agility demands of today's businesses," explains Robin Systems Chairmann and founding investor Rajeev Madhavan in today's announcement.

For instance, while V1 is involved with measuring local motion (of small objects), as signals move to higher cortical areas, processing of greater areas of visual space become possible such that V3 is involved in global motion (of larger, more complex objects), and MT/MST mediate global motion and eye movements.

Just as important are other gains that can be achieved through cloud, including achieving heightened analytic processing of big data, greater agility, more flexibility, faster time to market, better customer service and improved business process improvement, not to mention IT-focused goals such as more seamless integration, enhanced scalability, more iron-clad security and greater availability.

Yes, it might allow for the processing of a greater volume of raw information, but it will do little or nothing to alter the inherent subjectivity of the concepts used to divide this information into objects and relations.

Considering the high coverage obtained in this experiment, the application of a high fidelity polymerase could enable the reliable SNP detection for simultaneous processing of even greater sample numbers than in the current study.

Owing to the commercial importance of GalDH, developing the efficient and scalable alternative methods for downstream processing is of great interest.

Efficient information processing is of great importance in daily life and cognitive tasks of different complexity can reveal intellectual disturbances in response to experimental manipulations.

The level of cell loss increases slightly when processing cell suspensions of greater age and of lower concentration.

Therefore, method for automatic detection of shock wave in post-processing is of great importance for both academic research and engineering applications.

Membrane technology has a growing role in downstream processing of biopharmaceuticals showing greater performances than the traditional processes.

Therefore, we hypothesize that a (computer-based) algorithm using trend data for its decision process and capable of processing the great number of glucose values of CGM would be superior to the conventional algorithm used in our trials.