For each fault, a fault resistance is computed from each line end, and the reported value is the average of both values if they satisfy the selected criterion of coherence (otherwise, the measurement is considered as no valid).
Once the fault has been indicated as an LL Fault, the phasor angle difference (δi21) is computed.
Hence, it is indicative of an LLG fault and the value of δi21 is computed as 56.14°.
(vec {r_{0}}) is the position vector along the interface (i.e., the fault) where the displacement u j is computed, and (vec {r_{i}}) is the distance vector centered around the contributing fiber i.
Once the fault has been indicated as an LG Fault, the corresponding phasor angle difference (δi01) is computed.
A residual signal is computed to detect the inception of a sensor fault.
Generalized stacking fault energies are computed, showing a linear relation between the stacking faut (γS) and twin energies, as well as between the unstable stacking fault (γUS) and unstable twinning (γUT) energies.
In the next on-line diagnosis stage, the occurrence indices of the top event and also the fault origins are computed in a fuzzy inference system based on real-time measurement data.
The seismic rupture models were used to prescribe kinematic seafloor deformation with sub-fault contributions being computed using the planar fault model of Okada (1985).
