Sentence examples for needs for computing from inspiring English sources

However, we observe that the only information that the analyst needs for computing the global profiles and their quantification is the set of SCT profiles; therefore, we propose an architecture where, the telecommunication operator computes the SCT profiles and then sends them to the analyst for the computation of the step (b) and (c).

Very importantly, however, the illustrative application presented in this work shows that the actual number of adjoint computations needed for computing all of the first- and second-order response sensitivities may be significantly less than (2Nα+1) per response.

"There is this huge growth in digital data coming in health care, and it is only going to add to the need for computing resources of all kinds," said Daniel Drawbaugh, chief information officer of the University of Pittsburgh Medical Center, a large hospital and physician group.

This step basically coincides to the alignment needed for computing the word accuracies.

Moments of the CTD can be determined from tracer experiments without need for computing the full CTD function.

The resulting geometries served to generate the different starting geometries needed for computing the mechanism for nitrate reduction.

As luck would have it, the Crusoe chip is designed to regulate its power consumption intelligently by changing its clock speed as the need for computing power fluctuates.

This simple model allows explicit calculations in order to show openly the procedure to find the correlation structure, needed for computing the optimal experimental design.

Very importantly, the implementation of the 2nd-ASAM requires very little additional effort beyond the construction of the adjoint sensitivity system needed for computing the first-order sensitivities.

Furthermore, the construction and solution of the 2nd-LASS requires very little additional effort beyond the construction of the adjoint sensitivity system needed for computing the first-order sensitivities.

Measurement-Based Probabilistic Timing Analysis (MBPTA) techniques offer the opportunity to simultaneously reduce the cost of acquiring the knowledge needed for computing reliable WCET bounds and gain increased confidence in the representativeness of measurement observations.