N, and other obtained with the Approximated Model (NDP-0) present a GTC overestimation, along with other Cytochalasin B manufacturer points in the identical set present a GTC underestimation. As a result, columns “Average GTC-Error” points in the identical set present a GTC underestimation. Hence, columns “Average GTCand “Avg. Abs. GTC-Error” may perhaps yield various absolute values, for example for including for the Error” and “Avg. Abs. GTC-Error” may yield diverse absolute values, the Geometric β-Lapachone site Centroids for instancefor instance Fict-0064 4), and for 4), and for all varieties of for instance Geometric Centroids Fict-0064 (See Table (See Table all varieties of centroids centroids for Fict-0004 (see Table(see Table 5 and Figure 15). instance Fict-0004 5 and Figure 15).Figure 15. Pareto Fronts for the Aggregated Formulation with Centre-of-Mass Centroids as an illustration Figure 15. Pareto Fronts for the Aggregated Formulation with Centre-of-Mass Centroids for example Fict-0004. Fict-0004.Two major varieties of errors connected for the GTC estimation for the Approximated Model may be distinguished. A single type of error, Error Form A, consists of an underestimation with the GTC between the Centre-of-Mass centroids and also the ports in comparison with the actual GTC between the true demand locations as well as the ports for the Exact Formulation, as shown in Figure 16. This sort of error only applies for the Centre-of-Mass Centroids, because the other two approaches may perhaps present an erratic error behavior. In other words, these methods might yield either an underestimation or overestimation of the GTC, whose behavior can’t be anticipated nor systematically studied.Mathematics 2021, 9,21 ofFigure 15. Pareto Fronts for the Aggregated Formulation with Centre-of-Mass Centroids as an illustration Fict-0004.Two most important sorts of errors connected towards the GTC estimation for the Approximated Model Two principal forms of errors related towards the GTC estimation for the Approximated Model could be distinguished. One particular form of error, Error Form A, consists of an underestimation of may well be distinguished. One sort of error, Error Kind A, consists of an underestimation of the GTC amongst the Centre-of-Mass centroids along with the ports compared to the actual GTC the GTC amongst the Centre-of-Mass centroids along with the ports compared to the actual GTC involving the actual demand areas and also the ports for the Exact Formulation, as shown in involving the real demand locations plus the ports for the Exact Formulation, as shown in Figure 16. This sort of error only applies for the Centre-of-Mass Centroids, since the other Figure 16. This kind of error only applies for the Centre-of-Mass Centroids, since the other two approaches may perhaps present an erratic error behavior. In other words, these procedures may two procedures might present an erratic error behavior. In other words, these solutions may yield either an underestimation or overestimation from the GTC, whose behavior cannot be yield either an underestimation or overestimation in the GTC, whose behavior can not be anticipated nor systematically studied. anticipated nor systematically studied.Figure 16. Error Form A. Figure 16. Error Type A.Mathematics 2021, 9, x FOR PEER Review 20 The other kind of error, Error Variety B, relates for the centroid demand splitting, of 35 when The other kind of error, Error Kind B, relates for the centroid demand splitting, when its associated port just isn’t chosen. In this predicament, the Approximated Model assumes that its demand is homogeneously split amongst the chosen ports (for all forms assumes that thisassociated port will not be chosen. Within this.
