Sentence examples for reduction in fault from inspiring English sources

Then, the gain of an implication is estimated in terms of reduction in fault detection probabilities of gates along an implication path.

From the extensive simulation results, it is clear that both ARPCA and BDPCA outperform the MPCAV procedure, with a significant reduction in fault detection times and, as a consequence, higher fault detection rates.

The local reduction in fault level also results in an increase in harmonic voltage distortion at lower frequencies.

The reduction in fault level results in a shift in resonance frequency to a lower value (from harmonic 10 to harmonic 6).

This reduction in fault strength facilitated the growth of small faults/cracks into larger ones, producing higher-magnitude earthquakes (Fig. 6d), which can also explain the gradual decrease in b-values after 16 September 2014 (Fig. 8).

Coseismic reduction in fault strength, by thermal and tribological processes such as thermal pressurization (Sibson 1973) and powder lubrication (Reches and Lockner 2010), is also an important factor in the behavior of fault slip during earthquakes.

Since privatisation of telecoms and the introduction of digital exchanges, there has been a 50-fold reduction in faults in trunk calls and a 30-fold reduction in faults in local ones.Most customers are also paying less for their utility bills.

Based on the multi-scale structural analyses, the deformation mechanisms accounting for porosity reduction in the fault rocks have been identified, which are clay smearing, phyllosilicate-framework networking and cataclasis.

In these cases, the reduction in ground-fault currents can result in significantly less hazard derived from mechanical stress on power apparatus.

Past research has shown we should expect to see a 50% reduction in at-fault crash risk for those that complete the program.

In order to achieve sufficient performance for practical applicability, we have developed a representation that provides a highly abstracted view of programs and faults, but is sufficiently detailed to yield substantial reductions in the fault localization costs when compared to the current manpower-intensive approach.