For statistical analysis, measurements of retinal thickness were made at the peripheral retina ∼1.0 1.2 mm from the optic nerve head.
For the statistical analysis, measurements were taken at the baseline, immediately before cold infusion (10 minutes after ROSC), 10 minutes after the start of cold infusion, after finishing cold infusion, and every 10 minutes during the period of observation until the end of the animal experimental protocol.
This section is divided into five subsections, which are descriptive statistical analysis, measurement model analysis, structural model analysis, hypotheses analysis, and model comparison.
Prior to the statistical analysis, measurement samples were separated into three groups, i.e. LoS, non-LoS (NLoS) and quasi-LoS (QLoS), corresponding to propagation conditions where the direct propagation path between Tx and Rx is unobstructed, fully and partially obstructed by the user's body, respectively.
The structural equation model (SEM) is a linear statistical modeling technique that combines econometrics, sociology, psychology, and other statistical analysis measurement methods.
We performed the statistical tests both with or without these measurements, but since this did not result in different qualitative outcomes of the statistical analysis, these measurements were included.
As described in the journal Analytical Chemistry, their technique applies statistical analysis to measurements of standard chemical blood markers associated with growth and muscle development, including total protein, cholesterol and bilirubin.
The function is derived from a statistical analysis of measurements.
The CEPD model results from an optimized multi-rate filtering combined with a statistical analysis of measurements.
To obtain necessary data for model calibration by means of statistical analysis, optical measurements are performed on several industrial forging dies.
The model parameters widely used in simulated environments are obtained from a statistical analysis of measurements obtained in a variety of locations and are not, in fact, accurate representations of individual radio paths.
