The results suggest that these parameters can provide satisfactory results both from laboratory measurements and hyperspectral remote sensing data (R2 = 0.81 for clay content and R2 = 0.78 for gleying conditions) in order to distinguish between the soil horizons using 3D spectral information.
Accurate and convenient atmospheric pressure parameters can provide strong support for meteorological analysis.
Conclusions suggest revising model parameters can provide accurate predictions for low CaO ashes and moderately conservative predictions for higher CaO ashes.
Coastal scenic assessments via checklist tables (18 natural, 8 human related parameters), can provide benchmark measures regarding desirable/non-desirable beach conditions and also classify sites.
If the system is detectable and the noise is bounded, it has been shown that two design parameters can provide more degrees of freedom.
These parameters can provide an insight as to the stress state of the joint at failure or near failure loads, and hence its true performance.
It is shown that the quantification of this degree of stationarity through the channel parameters can provide a way of tracking channel variation and allowing for adaptive application of diversity techniques and the channel capacity.
Growth and physiological parameters can provide reliable criterions for evaluating salt stress or tolerance in plants (Huang et al. 2012; Munns 2005), including changes in length of a growing leaf, plant biomass and leaf stomatal conductance (g s ) (Rozema and Flowers 2008).
Multi-degrees-of-freedom motion parameters can provide accurate location and attitude information about a specific target, which have been widely used for large structures in applications such as the control of aircraft attitude stability, the aiming stability of gun probe systems, robotic arm movement, the alignment of precision parts, and workpiece positioning for industrial processing [1 3].
A growing body of evidence indicates that the independent assessment of single functions may not be particularly informative, whereas the simultaneous analysis of multiple parameters can provide a more accurate picture of CD8+ T-cell functionality.
