The full dynamical system (5) is therefore solved numerically using standard Runge-Kutta methods, for example as implemented in MATLAB's ode45.
This feature of MedEvi is similar to the concept of proximity query (Baeza-Yates and Ribeiro-Neto, 1999), for example, as implemented in the proximity search of Lucene queries and the defined adjacency operator of OVID database queries.
This may be viewed as computationally inefficient compared to REML estimates (for example, as implemented in WOMBAT [ 14]); however, Bayesian MCMC methods are appealing since they allow for more flexible fitting to complex models which is advantageous in the genetic analysis of non-normal data [ 18].
However, it has been shown that post-processing a larger number of BLAST hits can reveal useful taxonomic assignments, for example by using consensus information as implemented in the lowest common ancestor algorithm of MEGAN [ 60, 61] or the Darkhorse [ 62] and Kirsten [ 19] algorithms.
Nonetheless, only DMARDs may significantly slow, stop or even reverse the damage arising from chronic inflammation in cartilage or bone, as shown in an in vitro study on human chondrocytes in alginate cultures [ 4], for example, as well as in clinical trials implementing radiographic follow-up of patients (see 'Current repertoire, profiles and clinical evidence for biologics in RA' below).
The identification procedure was implemented for a simulation example as well as an experimental laboratory case.
Thus, the full range of methods for phylogeny reconstruction, including Maximum Parsimony and Maximum Likelihood, are available, which could also be combined with bootstrapping (as implemented in, for example, PAUP* [ 32]) to obtain branch support values (e.g., [ 54, 61]).
An extension to degenerate matches would require a combination of index traversal and dynamic programming techniques, as, for example, implemented in Vmatch [ 9] for the case that the index is an enhanced suffix array.
As implemented here, the procedure finds the boundary that maximises the expected overall classification accuracy in new, unclassified examples.
AS implemented phylogenetic analyses.
Tailoring hematite thin film nanostructure is particularly interesting since this oxide's function is closely related to its structure, for example when implemented as a photoanode in water splitting solar cells.
