Results are compared with Combined Observer and Kalman Filter (COK) approach (Chen et al. 2011) used for wind turbine fault detection with this approach requiring less detection time thus providing a more useful solution to the wind industry.
The limit of detection of this approach for VEGF was lower than those of other aptamer-based detection methods.
Conventional gas-cut detection methods are based on monitoring the drilling parameter changes at the wellhead; however, because of the large distance between the wellhead and the well bottom, detection through this approach is not timely.
Comparing with conventional boundary detection methods, this approach converted a boundary problem to an optimization process that seeks the boundary points to minimize a cost function.
The sensitivity of detection with this approach varies by gene, but is typically limited by one of two factors.
Despite the low power of detection with this approach we could identify haustoria enriched genes with sufficient confidence.
The QTL contributed to 21.39 % of the phenotypic variation, suggesting the high efficiency in QTL detection using this approach (Table 2, Fig. 3).
Some regulatory promoter elements may escape detection by this approach, but a substantial majority will probably be recognized with confidence [ 28].
However, the power of detection of this approach depends on at least a few well-supported bipartitions being present in the majority of gene phylogenies.
Some authors have suggested diffuse optical tomography for hematoma detection; however, this approach is costly, requires large instrumentation, and is not as available as a handheld, real-time solution on the full adult head.
