where the quantity ε is the pre-defined threshold probability according to the empirical results with the different number of antennas of the MIMO systems, and the quantity β can be easily calculated by the inverse calculation of (9), i.e., the inverse incomplete Gamma function.
The inverse calculation is also performed with a prescribed sinuous solid liquid interface.
The inverse calculation method is proposed to predict the hysteretic responses employing the strain data, the comparative analyses of behaviors obtained from experiments, finite element analyses, and inverse calculation are conducted, and good agreements are observed.
These models are implemented in two ways: the inverse calculation is either coupled or uncoupled with the damage effect.
The dispersion of the source pressure was obtained by an inverse calculation as an indicator to detect the accuracy of the results.
The former method was based on inverse calculation of heart-surface potentials from the body-surface ECGs, and the latter, on a single photon emission computed tomography (SPECT).
The inverse calculation technique was used to find out the accurate heat transfer coefficients to minimize the difference between simulation and experiment.
Tracking and locating of the in-pipe robot is realized by applying the equivalent magnetic dipole model and the inverse calculation of the magnetic field.
The proposed method effectively avoids the low efficiency of uncertain inverse problem, which commonly involves a double-loop procedure with uncertainty propagation and inverse calculation.
After recalling the principles of this classical method, the optical sensitivity parameters linked with the use of an inverse calculation method are evaluated and commented on.
In a separate inverse calculation, the simulation is used to estimate Z time scales from each of the measured OH, CH, and number density data.
