Inheriting from supervised learning, SMDM has better online fault diagnosis capability of known faults compared to the unsupervised multivariate statistical process monitoring methods.
The proposed system can tolerate more faults compared to the multiple-pipelined one, mainly due to its ability to dynamically reconfigure itself in the presence of faulty components, limiting the influence of PE failures on the average system throughput.
In addition, a novel method of presentation, based on the polar coordinate system of the IAS signal, has also been introduced; to improve the discrimination features of the faults compared to the FFT-based approach of the IAS signal.
Furthermore, Ishibe et al. (2015) showed that the ΔCFF values following the Tohoku-Oki earthquake have a statistically higher ratio of positively stressed receiver faults compared to those before the Tohoku-Oki earthquake.
"Look at the way they questioned the people who came out and said Michael Brown did nothing wrong and it was the police officer's fault compared to the people who supported the police officer," said Crump.
After adjusting for key confounders, the adjusted relative risk (ARR) of a functional recovery (0.57, 95% CI 0.46 to 0.69) and return to work (0.92, 95% CI 0.86 to 0.99) were lower for the not at fault compared to the at fault group.
Performance is assessed through simulations, illustrating, in particular that small-magnitude faults (compared to exogenous disturbances) can be detected under mild assumptions.
Furthermore, this paper describes a SEU-fault injection technique based on a chain of parallel registers which reduces the time needed for injecting SEU faults as compared to the previous scan-based fault-injection techniques.
If the dip angles of the conjugate faults are compared to the right-lateral segments, i.e., fault 2 of Pezzo et al (2014), F1 of Pinel-Puysségur et al. (2014), and RLF1in our model have dips of 75°, 73°, and 81°, respectively.
The epicenter of the Jiuzhaigou earthquake as determined by a number of institutes is far from the Minjiang Fault as compared to the other two faults; thus, the Minjiang Fault can be excluded as the possible seismogenic fault.
In particular, the strength excess (Fig. 6b) is minimum on Fault F compared to the other parts of the primary fault at the same depth and, in addition, this fault is characterized by a reasonably large value of the potential stress drop.
