Our results suggest that a combination of spectral, velocity-dependent, Implicit Monte Carlo and discrete-diffusion Monte Carlo methods represents a robust approach for use in neutrino transport calculations in core-collapse supernovae.
Research within DaCHI (Danish Centre for Health Informaticsa) at the Department of Development and Planning at Aalborg University, Denmark shows that in contemporary clinical work practice, clinical work and health information technology are closely integrated, and that they should, when studied, be viewed as mutually dependent and not as discrete entities [ 9, 11- 24].
These problems were first addressed by van Dooren et al. [14], who introduced a survival analyses and path-integration based approach for making a connection between age and size dependent continuous time maturation rates and discrete time PRNs for the age and size at maturation.
Comparisons of discrete dependent and independent variables were performed with the Fisher's exact test, and odds ratios and 95% CIs were calculated for 2 × 2 comparisons.
The provided conditions are expressed in terms of linear matrix inequalities, and are dependent on the discrete and distributed time delays as well as leakage delay.
The provided conditions are expressed in terms of LMI, and are dependent on the discrete and distributed time delays as well as leakage delay.
Using these tree and input files, an independent and a dependent model for discrete traits evolution were selected in BayesTraits.
The results are dependent upon both discrete and distributed delays.
According to the Slepian-Wolf theorem, the minimum rate needed to independently encode two statistically dependent discrete random sequences, and, is the same as for joint encoding this means for the encoding of and exploiting their mutual knowledge; this coding paradigm is known as distributed source coding (DSC).
The Slepian-Wolf theorem on lossless distributed source coding states that the optimal rate of joint encoding and decoding of two statistically dependent discrete signals can be achieved by using two independent encoders and a joint decoder [3].
We adopted Mann–Whitney Wilcoxon tests because the dependent variables were discrete (15-min intervals) and not normally distributed (Shapiro Wilk normality tests, P < 0.001).
