Sentence examples for variance of power from inspiring English sources

One gives the relationship between the variance of power, mean power flow, and the variances of force and velocity at a driving point.

Nevertheless, a variance of power exponent 0.27 is obtained by subdividing a landslide dataset with a sample size less than 600.

Based on the minimization of the variance of power fluctuations from renewable sources as well as the initial stored energy of SMES, the optimal PI parameters and coil size are automatically and simultaneously tuned by a particle swarm optimization.

Therefore, from a statistical point of view, there may be no adequate confidence to exclude the possibility that the variance of power exponent with rainfall intensity observed in Chen (2009) is due to random processes.

Regardless of whether the QTL overlapped with markers or were located in the middle of marker intervals, the variance of power across families was low (3.9×10−5∼0.018; Fig. 3), indicating that similar detection power can be achieved regardless of the family in which the rare QTL was segregating.

The different effects of walking modality on metabolic power were more pronounced if power was predicted as a function of walking speed with power treadmill walking=2.028+1.115 v and power shuttle walking on the ground=1.126+1.665 v where 99% of the variance of power was explained by the quadratic curve fits in both modalities (both p<0.001).

Statistical predictions for the mean value and variance of both power input and power transmission in acoustic systems are presented which include the effect of variable modal decay rates.

Table 2 is each stochastic noise coefficient before and after Kalman filtering, and Fig.5. is the total variance curve of power load before and after Kalman filtering.

Although there is well-established theory regarding the bias and variance errors of power spectra and random decrement signatures, the theoretical error formulae give only approximate indications of errors inherent to the estimated dynamic properties.

At each stage, SOC at the end is considered as the state quantity, the power of the energy storage p ES (i) is the decision quantity, the variance of the power becomes the corresponding cost function, and eq. (7) is the dynamic equation.

(b) Variance of estimated power levels.