Sentence examples for by using a weighted from inspiring English sources
In k-Nearest Neighbors, this objective is reached by using a weighted nearest neighbor interpolation, where the weight corresponding to each sample is based on statistical information indicating the degree of spatial dependence in the field [11].
The phylogenetic analysis was performed on a 572-bp region of the amplicons by using a weighted maximum parsimony method, transversion:transition weighting of 5 1, and Phylogenetic Analysis Using Parsimony (PAUP) software version 4.0b4a for Macintosh (3 ).
The combination of enrichment of the study population and optimization of sensitivity to decline by using a weighted composite score gives us the best chance to improve the efficiency of a clinical trial in a pre-MCI or MCI population.
Comparison values were created from MOS national norms data by using a weighted average of age-gender specific values, with the weights equal to the proportion of the PiSCES sample in that age group.
The phyloP feature was calculated for each peak region by using a weighted average of all the signal values that overlapped with a peak region, weighting each value by the length of the signal region.
User fairness can be incorporated in (18), e.g. by using a weighted sum rate.
Samples were collected either by submerging sample bottles directly into the center of the channel for wadeable streams or by using a weighted-bottle sampler to collect cross-section integrated samples from a bridge for nonwadeable streams (11).
In Figure 6, the echo, that is, RF response by the pulse of each cluster-member sensor, will be combined by the clusterhead using a weighted average, and the weight is determined by the two human-inspired mechanisms.
Specifically, we aim to suppress patterns by using a spatially weighted finite-dimensional feedback control that assures stability of the solution according to Lyapunov's direct method.
By using a suitably weighted H∞ norm, the identification error measures the degradatior of the closed loop performance that is underlying the control design, due to the mismatch between the actual plant and the model.
The variability due to experimental conditions was eliminated by using a local weighted scattered plot smoother analysis (LOWESS, [ 73]).
