Coupling Method for Building a Network of Irrigation Canals on a Distributed Computing Environment

Performance of distributed multiscale simulations

“…The overheads incurred by distributed multiscale computing have been discussed in the literature [ 19 , 23 ]. In this study, we highlight the benefits, which clearly depend on the details of the application.…”

“…The 3DFS model requires supercomputer capabilities contrary to the one-dimensional model, which can be executed on clusters or desktop machines. Coupling 3DFS and one-dimensional models results in a multiscale model and simulation [ 19 ]. In addition, using 3DFS with high resolution to get more accurate results cannot be afforded by what a local centre can provide in terms of computing power.…”

Composing, execution and sharing of multiscale applications

“…and usage of various scientific software packages (LAMMPS and MUSCLE). However, the presented solution is used in many other applications, results are presented in separate papers: biomedical simulation [26], Irrigation Canals Simulation [30,31], Nanomaterials simulation [32].…”

“…One example is the physiology application described in [26]. The usage of tools for simulation of irrigation canals [30,31] was used as a basis for a tutorial used during first seasonal MAPPER school in London. 26 Tools were also applied in the simulation of clay-polymer nanocomposites (Nano-material science) [32], reverse engineering of gene-regulatory networks (Computational Biology), equilibrium-stability and in transport turbulence equilibrium workflows (Fusion modeling).…”

Distributed multiscale computing with MUSCLE 2, the Multiscale Coupling Library and Environment

“…So far MUSCLE 2 is being used in a number of multiscale models, for instance a collection of parallel Fortran codes of the Fusion community [18], a gene regulatory network simulation [38], a hydrology application [5], and in a multiscale model of in-stent restenosis [10,6,20].…”