Sentence examples for computing is derived from inspiring English sources

The value received from cloud computing is derived from delivering on business requirements that drive more revenue, creating higher level of services for customers, and getting to market before their competitors.

15,16,20-22 This view of natural computing is derived from the precepts of 'morphological computation', a concept usually employed in robot design, wherein entity compliance is exploited to create self-stabilizing systems which reduce the need for constant monitoring by the control unit.

In practice, the algorithm proceeds as follows: given I=I (x,0), first J ρ (∇I σ ) is computed, and D is derived with Equation 5; then, I x,1) is obtained with Equation 6. Starting from I x,1), the process is repeated until a specified number of iterations is reached (i.e., t≤tmax).

In particular, a formula is derived for computing the gradient of a given integral performance cost with respect to the switching surface parameters.

For the problem with large failure probability, a single-loop Monte Carlo simulation (MCS) is derived for computing these sensitivity indices.

The smooth spectrum corresponding to MFCC is derived by computing a 128-point inverse discrete cosine transform of 13-dimensional MFCC feature.

The analytical performance of the three precoding techniques is derived by computing the capacity and the bit error rate (BER) as a function of the transmit signal-to-noise ratio (SNR).

where x s s is the equilibrium solution of (5a, 5b); i.e., (7) C 0 − D 0 x ss − D x ss 3 Γ + x ss = 0. Condition (6) is derived by computing the Jacobian matrix of Equations (5a) and (5b) at the equilibrium point and determining when the eigenvalues have a nonzero imaginary part.

The likelihood score for a DAG is the product of the likelihood scores for each of the duplication blocks, where a duplication block's likelihood is derived by computing the weighted ensemble of all possible duplication scenarios that could have generated it.

A closed form analytical solution is derived to compute the effective interface-enhanced material response.

A closed-form weighted-equation-error method is derived which computes the optimal mapping coefficient as a function of sampling rate, and the solution is shown to be generally indistinguishable from the optimal least-squares solution.