This paper describes a robust method for determining prediction intervals for models derived by non-linear regression.
This paper describes a robust methodology for determining current surface and groundwater availability and use, as well as future changes due to climate and landuse changes.
As stated by Midgley and Carroll [11], together, these considerations reduce the usefulness of the plateau criterion as a robust method for determining a "true" V̇O2max, not because of the plateau itself, but by the methodology used in its identification.
In view of limited resources, hence numerical studies also become crucial for design of robust models for determining and optimizing the power density based on the dynamic operating conditions.
With adherence to conservative assignment rules, the Probability Bow-tie provides a robust method for determining likelihoods for complicated systems, and assists in assessing the adequacy of controls to achieve a company's tolerable risk criteria.
A new approach which can be applied using crystal plasticity finite element or closed form solution is also proposed as a more robust method for determining the fatigue notch factor than the existing classical methods.
Thus, our results suggest that using elemental inventories and residence times of 210Po is another independent and robust method for determining particle export and should be investigated more fully.
It has been shown to be a very flexible and robust method for determining ionospheric equivalent currents (Amm and Viljanen, 1999; Weygand et al., 2011), separating the ground magnetic variation field into internal and external parts (Pulkkinen et al., 2003b) and interpolating the surface magnetic field (Pulkkinen et al., 2003a; McLay and Beggan, 2010).
Splitstree currently contains one of the more robust methods for determining the likelihood of recombination in a set of aligned sequences [24], called a PHI-test.
