Additional discussion, arising from complexities in the case of i-PP, concerns the relation between the number of possible polymer nucleation orientations and the nucleating ability of a given fibre surface.
In principle, in those cases where we can develop a fully analytical model, we could get an exact match between the number of possible model states and the number of target system states.
We assessed all possible two-way interactions between variables using a forward selection model using SAS version 9.1 (SAS Institute, Cary, NC), with a p-value for entry that was corrected for multiple comparisons between the number of possible interaction terms.
We find that the probability of a nucleotide fluctuating between a number of possible structures to be edited is lower than the weighted average of the probabilities for each possible structure alone.
In general terms, the brain usually functions at the 'edge of criticality' (Kelso, 1995; Haken, 1996) between any number of possible states or functional network configurations (Ghosh et al., 2008).
This list, we believe, would be a useful guide for intelligence analysts and law enforcement officials attempting to efficiently divide their counter-terrorism resources between a larger number of possible threats.
A Markov chain (MC) is a mathematical system that represents changes of state between a finite number of possible states, and they are often described by a directed graph, where the edges are labeled by the probabilities of going from one state to others.
Using a method previously designed and used by NACCHO, to determine the size of each stratum we "split the difference" between assigning an equal number of possible respondents to each stratum and assigning a number proportional to their representation in the universe of NACCHO members.
For any initial value ((S(t_{0}),I(t_{0}),R(t_{0}))in {mathbb {R}}_^{3}), we discuss the following two possibilities given by the number of possible contacts between the solution ((S t),I t),R t))) and the control line (I=mathit{RL}).
The density of links between a set of more than 2 classes is calculated as the sum of densities between all pairs of classes divided by the number of possible pairs between classes.
