Our simulated examples and simulation studies show that the Q-method performs well when the traits are uncorrelated, but detects spurious hotspots at high rates when the traits are correlated.
The simulated examples shown in this paper include thermal noise.
We use a Gaussian model to approximate transmittance filters and to provide simulated examples.
The effectiveness of the proposed method has been demonstrated via simulated examples.
The paper reports the first evaluation results, obtained both on simulated examples and on real patients.
The use of the new approach is demonstrated with several simulated examples.
The implementation of the technique is illustrated with two numerically simulated examples.
The proposed methods are illustrated by numerically simulated examples with different levels of damping.
A few simulated examples are presented to investigate the uniqueness and convergence of results.
Some simulated examples are then demonstrated for the two-dimensional and axisymmetric sound wave propagation problems.
One derived useful relations and used simulated examples to illustrate how this method can be applied.
