The potential coupling interface: metadata for model coupling
Tom Bulatewicz,Janice E. Cuny,Maureen Warman +2 more
- 05 Dec 2004
- Vol. 1, pp 183-190
TL;DR: The centerpiece of the framework is introduced, the potential coupling interface (PCI), a visual representation of a model code based on simplified control flow graphs that allows scientists to focus on the important domain and model issues of coupling without having to revisit legacy code for each new effort.
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Abstract: Model coupling is a nontrivial task that is not adequately supported in existing frameworks. Our long term goal is to support the fast-prototyping of model couplings, enabling scientists to quickly experiment with a variety of linkings without having to make an upfront investment in reprogramming. This paper introduces the centerpiece of our framework, the potential coupling interface (PCI), a visual representation of a model code based on simplified control flow graphs. The PCI serves three roles: it is a new form of metadata describing the coupling potential of a model; it is the vehicle for the specification of couplings; and it is the basis for automatic code generation. It is easy to specify and once specified, it is available for all future coupling activities. The PCI allows scientists to focus on the important domain and model issues of coupling without having to revisit legacy code for each new effort.
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Citations
Coupling integrated Earth System Model components with BFG2
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Model aggregation: a building-block approach to creating large macromolecular regulatory networks
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Support for model coupling: an interface-based approach
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- 01 Jan 2006
TL;DR: The use of the PCI model interfaces makes it possible to quickly design and execute prototypes of model couplings for further experimentation and investigation, allowing for the fast-prototyping of coupled models.
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An xml based problem solving environment for hydrological problems.
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The Theory of Parsing, Translation, and Compiling
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