After the experimental platform is established, the measured value and the true value of two pipelines' pose parameters are contrasted in order to verify the measurement method and the error correction theory.
Critical parameters are contrast and signal-to-noise ratio (SNR).
Sleep parameters at baseline were contrasted among the groups assigned to bright and dim light in the morning, midday, or evening, in two-way factorial ANOVA.
Actually, AICs indicate that all sets of parameters for CYB are contrasted enough among codon positions to have an impact on model fit (Table 2).
At least some of these parameters could in principle be contrasted to experimentally measured parameters.
In spite of these caveats, several consistent results could be found, showing that the analyses presented here do provide informative parameter estimates that may be contrasted in the future with other inferential frameworks and empirical datasets.
Outcome independence may be contrasted with parameter independence the condition that, given a definite hidden variable assignment, the outcome of a measurement on one of a pair of entangled systems is probabilistically independent of what measurement, if any, is made on the other system.
We next examined, at the population level, how the orientation tuning parameters were modified by contrast and contrast adaptation.
For the sake of comparative analysis, the parameters were expressed as contrast values between the open and closed arms according to the following equation: C = (c−o)/(c+o), where C represents the contrast index and c and o correspond to parameters for the closed and open arms, respectively.
Additionally, three GLCM texture parameters were analyzed (GLC Mcontrast, GLCM variance, and GLCM entropy) and were regarded as representative parameters from each of the three texture groups (contrast, statistics, and order, respectively).
