Mutual coupling effect in double circuit line is highly nonlinear and depends on circuit configuration, fault resistance and remote source infeed.
Table 1 The fault configuration Fault Bus Tripping Line Failure duration Stable sample Unstable sample Bus38 Line30 38 0.214 s 5846 2154.
In the cloud computing platform layer, the following algorithms are scheduled, such as judging the section connecting point, multi-objective optimal TWU configuration, fault section determination, fault information fusion, and fault location.
The first is the different sites of remaining oil owing to the configuration of faults and formation occurrence (Qi 2004), fault combination pattern, fault linkage status (hard linkage, soft linkage, cross linkage, superimposed deformation, etc).
Fig. 7 Configuration of fault segments estimated in this study.
Current efforts are devoted at devising a unified network monitoring and management architecture capable of supporting the testbed operation across its whole life cycle starting from network deployment and profiling, to software configuration and fault recovery.
Although WMNs improve performance (with flexible network architectures, easy deployment and configuration, and fault tolerance), spectrum scarcity problem, large fluctuation of radio spectrum, and the inefficiency in the spectrum usage lower the network capacity.
Additional studies considering irregular bridge configuration, near-fault mainshocks and far-fault aftershocks and vice versa, in addition to subduction, inslab and interface record sets and the inclusion of multi-directional loading should be conducted to further understand contributions of other parameters on the seismic response of bridges.
They described the relationship between the deposition of Kuroko-type deposits and the configuration of faults in detail.
The Japan Agency for Marine-Earth Science and Technology conducted high-resolution multi-channel seismic reflection surveys across the Bayonnaise Knoll caldera to ascertain details of the crustal structure, such as the configuration of faults around the caldera.
Comparison was carried out under variable incoming rates, system configurations and fault conditions, and simulation results showed on average double throughput rates during normal operation and ~25% less throughput degradation at the presence of faulty components, at the cost of approximately 35% more area, obtained from an FPGA implementation and synthesis results.
