Furthermore, for the extensional, strike-slip and compressional stress regimes, the most stable path are respectively: deviated, horizontal, and again horizontal.
In fact, it is able to guarantee a higher packet delivery ratio to the application by using the most stable path to reach the destination.
GREENIE intelligently distinguishes mobile from static nodes and selects the most stable path between a source and a destination which leads to higher perceived video quality on receivers.
The most stable path is always the horizontal and deviated well for the traditional method, instead, it's always the vertical well for this new method, it's more consistent with the actual situation.
In contrast to all previous proposals, GREENIE can intelligently distinguish between the existing link between two devices including mobile-mesh-node ↔ static-node, static-node ↔ MR, and mobile-mesh-node ↔ MR. Hence, it will select the most stable path including as many as possible static nodes.
Link availability estimation was used to select most stable route from alternate paths was proposed by Mazumdar et al. [23] and was implemented in AOMDV for route selection.
The CGP approach is focused on choosing the most stable routing paths, not being restrained by any cluster-heads.
This model was used to compare the performance between Mohr Coulomb and Mogi Coulomb failure criteria, to calculate the mud weight extrema and to establish the most stable well path.
INT-III and the PS are significantly more stable than the RS, with the tricoordinated complex (INT-III) being the most stable point on the path in the gas phase, −45.5 kcal mol 1 lower in energy than the RS.
INT-III is still the most stable point on the path but is only −4.9 kcal mol 1 lower in energy than the RS (a change of around +40 kcal mol 1, see Figure 7).
