Although implementing small group teaching in the 5th year was a good step but it was not well planned and adequate infrastructure was not available for successful implementation of this method of teaching.
Further, the iterative implementation of this method allowed for high quality reconstruction of susceptibility maps of human brain in vivo.
We provide an implementation of this method intended for simulation of hard, faceted nanoparticles, with a conservative Weeks Chandler Andersen (WCA) interparticle potential, coupled to a thermodynamic ensemble.
The implementation of the method for coupling daily and monthly rainfall series is demonstrated.
The design and implementation of the method for transport equations and the Euler inviscid equations is fairly well-documented.
In our implementation of the method for ESPRESSO, we limited the number of loci to two because we generate only two SNPs in LD.
A practical implementation of this method is further developed for solving a class of energy-based optimization problems, in which approximate solution to the original Hamilton Jacobi equation may be justified and nucleation of new holes inside the material domain is allowed for.
