Clinicians uniformly desire having all the right information, but not too much information, at the point of care.
Since (sum_{k=0} ^{infty }MR^{alpha k}) is convergent geometric series (with ratio (R^{alpha }<1)), by the comparison test, we see that (sum_{k=0}^{ infty }f_{k} overline{x}) t^{alpha k}) is uniformly convergent as desired.
Although (hat {C}_{{boldsymbol {mu }}_{k}}) converges uniformly to the desired target, the rate of that convergence cannot be traced easily and the weights μ k may remain random for an arbitrarily large k if a mixture of the true C 2,…,C m is identical to C 1.
Patterns are uniformly larger than the desired casting in order to compensate for shrinkage during drops of temperature and the liquid-to-solid phase change.
In order to handle the implicit anisotropic collision term efficiently, we utilize a suitable power series expansion based on the Wild sum, which yields a time discretization uniformly stable with any desired order of accuracy, yet is explicitly solvable with the correct drift-diffusion limit.
Furthermore, the state (x_{k}(i)) of the system (2) uniformly converges to the desired trajectory (x_{d}(i)) on ([0,T]), when the iteration (krightarrowinfty), that is, lim_{krightarrowinfty}{x_{k}(i)}=x_{d}(i),quad i in[0,1,ldots,T].
An output feedback nonlinear H∞-controller was designed such that the undisturbed system is uniformly asymptotically stable around the desired speed reference, while also the effects of external vanishing and non-vanishing disturbances, noise, and input backlash were attenuated locally.
The random DOA mismatch of the desired signal are uniformly distributed in [-7°,7°].
In order to create PPy 3-D tubular nanostructures for energy storage action, it is essential (i) to form the PPy sheath in the high-conductivity anion doped state and (ii) to have the PPy sheath of desired thickness coated uniformly over the entire length of the ZnO nanorod array at its core.
The volume of distribution (Vd) is a theoretical volume in which a drug amount uniformly distributes to produce the desired plasma concentration.
It has been found that with this apparatus, it is possible to compress desired number of specimens uniformly at the same time and at the same ratio.
