In small studies or studies where researchers are collecting repeat samples, participants can benefit from in-person reports.
Given a fixed transmission power per unit area, the spatial-temporal sampling rate, δ and θ, play a critical role on the MSE σ η 2. A smaller node density and/or temporal sampling rate means more transmission energy per sample, thus a better SNR per sample, which can benefit the system performance.
As noted previously in a similar analysis by Lindquist et al. (2013), increasing sample size can benefit genome-wide power more than increasing array density even up to full genotyping of the complete 1000 Genomes variant set.
Future studies of Cd contamination in the region (sampling design optimization) can benefit from the results of the geostatistical analysis of the present paper (variogram and trend modeling, etc.).
In fact, Twitter streaming preserves the statistics of the sample size as the whole representative sample, but for content-based models which can benefit from the context, expert sampling is more superior.
Sample purification increases the number of patients that can benefit from prognostic models by rescuing samples that otherwise would be discarded because of low cellularity.
Design of these systems can benefit from optimal sampling analysis applied to output of biological physical models.
It is also likely that a high sampling density of 1 per km can benefit characterizing regional scale groundwater U distributions because semivariograms (SI Figure S7) show a major range of 4 10 km for [U] and [Rn] for greater Augusta, but 28 km for U for the state of Maine.
"This is a program that can benefit the researchers themselves, to understand how samples are gathered".
Due to the increasing availability of georeferenced microdata in several fields of research, surveys can benefit greatly from the use of the most recent spatial sampling methods.
