… is developing computational strategies, software and services to enable distributed multiscale
… infrastructure that will support any computational scientist wishing to perform distributed, …

… multiscale modeling and distributed multiscale computing. ► Useful flow patterns of multiscale
… We redefine a high-level and well-defined Multiscale Modeling Language (MML). ► We …

… We present the Multiscale Coupling Library and Environment: MUSCLE 2. This multiscale
component-… We demonstrate its local and distributed computing capabilities and compare its …

… they derive from distributed multiscale computing, as mentioned in the introduction. The …
informed decision on whether to pursue distributed multiscale computing. Whether a benefit is …

… of multiscale computing, extend MML to fit a general multiscale theory and show how distributed
multiscale computing … Finally, distributed multiscale computing is applied to two selected …

… the first generalizable distributed multiscale execution of a tightly coupled multiscale model,
in this case, ISR3D. This was achieved by using recent foundations by way of the Multiscale …

… [22] have previously proposed a distributed multiscale computing framework that supports
the on-demand execution of microscale models coupled to a macroscale model (very similar …

… A subsequent version, MUSCLE 2, is designed for distributed multiscale computation
where at-scale model components execute across disparate and potentially geographically …

… to deploy a computational science environment for distributed multiscale computing. It
provides tools, software and services to help scientists in the design and execution of multiscale …

… capabilities, and its benefits to multiscale modelers. We also describe two multiscale models
that use MUSCLE 2 to do distributed multiscale computing: an in-stent restenosis and a …