In the first step of repair process taxonomy development, meta-characteristic is defined which is the root characteristic on which the taxonomy is based.
For repair taxonomy development, meta-characteristic is defined as the classifying processes which will bring damaged or worn out mechanical component closer to operational level.
We need significant efforts in informatics, analytic methods development, meta-dimensional data integration, data sharing, data visualization, and strategies for bringing actionable biology into healthcare.
Most activities in this area including the standardization efforts of the OMG are targeted towards the development of meta modeling tools, adaptable code generators, and model transformations tools.
A recent development in meta-analysis, multiple treatment comparison (MTC) meta-analysis, provides inferences on the comparative effectiveness of interventions that may have never been directly evaluated in clinical trials.
Development of meta-algorithms holds a lot of promises since such meta-resources typically have various optimality properties [20].
A dataset was gathered using a 38-4 experimental design for the development of meta-models through response surface quadratic modeling.
Design of experiments is explained, which can help in determining the sample points for development of meta-models.
The existence and flexibility of such repositories enables workflow sharing to wider scientific communities thereby facilitating development of meta-workflows to achieve modelling complex scientific problems via workflows.
Meanwhile, the development of meta-heuristics has been an active research field of the reliability optimization wherein the redundancy, the component reliability, or both are to be determined.
We summarize the three main approaches currently adopted in spatially explicit modeling, namely (1) multiple box models, (2) numerical solutions of simultaneous advection dispersion equations (ADE) in air, soil and water, and (3) the development of meta-models.
