The method proposed by Dick and colleagues and our classification method both require thresholding (on the myelin measure, R1, and on classification accuracy, respectively) to delineate core fields, and combining information, for instance in a Bayesian framework, may help to reduce potential bias from threshold selection.
The determination of the six elastic stiffnesses of thin anisotropic plates from vibration tests is usually performed with numerical procedures based on the finite element or the Rayleigh Ritz method, which both require assumptions concerning the studied mode shapes.
Moreover, the Pt catalytic layer is usually prepared by thermal annealing or electrodeposition method, and both methods require high temperature (450°C), which is beyond the sustaining ability of plastic substrates to realize the flexible DSSCs.
There are similarities in the method of slaughter in that both require use of a surgically sharp knife and specially-trained slaughtermen.
In AAO-assisted synthesis of nanostructures, sol gel and electrochemical deposition are both well-known liquid-phase deposition methods for forming TiO2 nanowires [17,18]; however, both methods require drying and sintering processes to promote crystallinity.
Both Puchwein and CADEX methods provide a calibration set equally distributed in space, and both methods require a minimum prior of knowledge.
Both methods require the reverse engineer to copy protected as well as unprotected elements of the computer program.
Both methods require sampling of compositions during the simulation, but they differ in how this is accomplished.
Furthermore, both methods require a significant smaller number of function evaluations when compared to Monte Carlo simulations with kink-jump moves.
Both methods require a data set of class-dependent no-change pixels to form the basis for class-dependent hypothesis test.
