Therefore, the global structural cost, taking into account the corrosion failure scenario, can be accurately achieved.
Experimental results show that positive NLOS error is significantly mitigated and moving target localization can be accurately achieved. .
A solution to this problem is as follows: By calibrating the system to match a specific channel for each temperature, any wavelength transmission in the C-band region can be accurately achieved.
For elaboration simplicity, we may assume: (1) The synchronization has been accurately achieved; (2) the sampling rate is the Nyquist rate [28], which means each resolvable multipath is represented by one sample.
Being different from the existing structural mechanics model, interactions between the fourth-nearest neighbor atoms are further simulated with beam elements to compensate the reduced stretching stiffness, where as a result not only the dispersion relations in the low frequency field are accurately achieved, but results in the high frequency field are also reasonably obtained.
The differentiation between these two origins could be accurately achieved by computed tomography and MRI in a timely fashion that helped guide empiric antibiotic treatment and surgical planning.
Therefore, EEG source localization can be accurately achieved only if the correct BSCR and the EEG scalp signals with high SNR are used in the inverse calculation.
Light propagation modeling can be accurately achieved by the use of the radiative transport equation (RTE) and numerically implemented via probabilistic MC methods [ 32].
Moreover, categorizing patients into arbitrary strata with "very low" (≤ 1%), "low" (> 1% to ≤ 3%), "intermediate" (> 3% to ≤ 6%), and "high" (> 6%) probability of carriage was only accurately achieved with the corrected model (Table 3); specifically, the uncorrected model classified 299 patients into the "intermediate" category, although their observed probability was 1.7% (instead of > 3%).
However, the target pathway-based classification was more accurately achieved using the data of a single cancer cell line (Fig. 3).
