Sentence examples for model transformation process from inspiring English sources
The proposed direct interval robust optimization algorithm has the same advantage as our previous one [27] in avoiding the complex model transformation process from interval to deterministic.
It is obvious that the proposed robust interval optimization algorithm has the same advantages as our previous one in realizing the direct solution of interval optimization problems and avoiding the complicated model transformation process.
In fact, this kind of evolution process is a model transformation process because the models, such as the actor organization diagram, the PBL process diagram, and runnable PBL module, play an essential role in representing or producing PBL domain knowledge as well as ensure the representation or production being manipulable by the computer.
In our model, the transformation process takes place through two sequential steps; first MSC bypass senescence by upregulating c-myc and repressing p16 levels.
If the switch is in the macrostate off, then we directly use the microstates and transition probabilities of the underlying biochemical reaction network to model the transformation process.
Needs and Requirements are modelled as further types of variables to describe, with the same formal approach of the situated FBS model, the transformation processes, which occur in the earlier stages of design.
Taking into consideration our previous results an attempt is made to describe by a theoretical model the transformation processes in underpotential Pb adsorbate on Ag(111) at low coverages.
The resulting state space for the Markov process model of the transformation process is shown in Figure 2B.
This result illustrates that the robustness of the depletion time with respect to parameter variations may be substantially increased by adding interactions among individual follicles to the proposed model of the transformation process.
Spatial Analysis and Modeling in Geographical Transformation Process: GIS-Based Application.
Introduction to geochemical modeling using transport and transformation process formulations are combined in chemical fate models to compare with observations of concentrations as a function of space and time.
