Hence, this modelling framework represents a combined parameter fitting and systematic analysis of model behaviour and model mechanisms for possible model reduction.
This systematic analysis of model uncertainty provides quantitative insight into the propagation of thermodynamic model errors to the various unit operations.
Although the energy saving potential of this technology is significant, no systematic thermal analysis model has been developed for optimal system design and integration with building operation.
Although the work of safety analysis on the united station equipment has been developed for a long time, the safety analysis on the production process is less and the systematic safety analysis model has never been formed.
The systematic analysis of models of biological systems often consists in the execution of large batches of simulations.
The same systematic analysis of animal model testing could also be applied to therapeutic testing.
Our approach opens the possibility for a systematic analysis of animal model phenotypes for candidate drug targets, and has a significant impact for integrative computational approaches to drug repurposing.
This paper presents a starting point for the systematic analysis of multiscale models by defining several integrating frameworks for linking models at different scales.
We are also considering the use of a set of scenarios with heterogeneous slip, based on a systematic analysis of rupture models of previous megathrust earthquakes.
How this can be achieved is non-intuitive and it thus requires a systematic analysis by metabolic modeling.
