A first phase involves generating a high number of potential eco-innovative R&D projects that are then analyzed and assessed using an appropriate multi-criteria grid.
According to the grid refinement criterion based on the wavelet amplitudes of density distribution functions, an adaptive sparse grid is generated by the omission and addition of collocation points.
The precise criterion for grid motion varies, but most techniques will attempt to give grids on which the solution of the partial differential equation can be well represented.
Eleven studies [ 15- 25] that used ISO criteria, error-grid method, or percentage of values within 20% of the error of a reference were selected for further assessment (Table 1).
Of those 21 studies, 11 studies in which International Organization for Standardization criteria, error-grid method, or percentage of values within 20% of the error of a reference were used were selected for evaluation.
The accuracy criteria for the grid point density per wavelength and the placement of the truncated far-field boundary were also established for the present characteristic-based finite volume scheme.
Assessing options against criteria: A decision grid can help the analysis and comparison of alternative solutions through the help of indicators.
Third, relaxing the N-1 security criterion in congested grid areas from preventive to curative can drastically reduce the redispatch costs.
In this paper, we propose a correctness criterion and the Grid concurrency control protocol, which has the capability to deal with heterogeneity, autonomy, distribution and high volume of data in Grids.
In order to fully compare the performances of the three typical criteria in power grids, AIC, BIC, and φ β are, respectively, applied to select the optimal order of ARMA model based on the simulative ambient data.
