ECL emission were simulated by finite difference methods, implementing a previously proposed mechanism by including the relevant pre-equilibria.
Other clustering methods implement a maximum likelihood method using an expectation-maximisation algorithm, to infer population stratification and individual admixture [ 11, 12].
However, it can be both conceptually and practically useful to examine framework flexibility using specialized methods implementing a simplified physical model of the system.
Supertrees (and in the four taxon case consensus methods), implementing a divide and conquer strategy, facilitate the analysis of entire genomes for many taxa by coalescing the results of multiple subanalyses to attain a global solution (Wilkinson and Cotton 2006).
The proposed method implements a nonuniform spacing search that reduces certain instabilities in the fitted curve.
Each method implements a shared, adaptive time-step criterion according to equation (1), with a time-step parameter (eta= 2^{-7}).
The method implements a Newton Krylov solver with GMRES linear solver, the eigensolver is based on the Arnoldi algorithm.
Thirdly, some classification rules are applied, taking into account the computed attributes to decide whether the method implements a concern or not.
The advanced method implements a mechanical model to represent the composite node in unbraced frames, which allows considering the behavior of each component of the composite connection individually.
The developed method implements a complete and irreducible geometric model for serial manipulator, which takes into account different sources of errors (link lengths, joint offsets, etc).
In essence, this method implements a test for potentials approaching each other closely in time, yet with the advantage that this method also works under noisy conditions.
