Sentence examples for numerically continuous from inspiring English sources
The approach applied here is flexible and data-driven, allows incorporation of wide variety of numerically continuous covariates, and provides accurate quantitative prediction of individual soil properties for improved land management decisions and ecosystem and hydrologic models.
All numerically continuous data are presented as mean ± SD unless otherwise specified.
Pearson correlation coefficients were calculated between several numerically continuous medical chart parameters and selected miRNA values.
Mean ± standard deviation (SD) is presented for all numerically continuous measurements, and percentage is presented for all categorical variables.
Comparisons between subjects classified as MetS+ vs MetS- were performed using Fisher's exact test for categorical variables, and t-tests of means for numerically continuous variables.
The Pearson's correlation values were calculated between the set of all differentially expressed miRNAs and most numerically continuous lung clinic chart parameters [ 1].
Numerically solving continuous geodesic problems or routing vector field problems requires discretizing continuous functions involved in problems in a systematic way and then producing solutions (paths or vectors) at finite locations in the ROI, e.g., equally spaced grid points in the ROI.
A numerically generated, continuous field of non-homogeneous turbulence is used as the stochastic input.
Hybrid strain analysis is a method where vibration response measured at a limited number of points and numerically approximated continuous Hilbert space basis functions combined with spatial differentiation yields the frequency-dependent strain tensor field in a vibrating structure.
It is important to note that one can usually implement optimal allocation strategies numerically for other continuous responses, though it is usually not easy to get the closed form of the optimal allocation theoretically.
The ROI is divided into equally spaced grids, and then, each grid point computes its routing direction by numerically solving the continuous geodesic problems or routing vector field problems.
