In this work, a new hole patching method (namely as, HPDE) is proposed to repair the damaged or ill-scanned three dimensional objects in real engineering applications.
A novel numerical method namely as differential cubature method (DCM) in conjunction with the Bolotin's method is applied to obtain the dynamic instability region (DIR) and parametric resonance responses of the visco-nanoplate.
This paper, therefore, evaluates and compares the performance of three types of smoothing and noise removal methods, namely wavelet transform as a widely used filtering technique, regression-based smoothers, and autoregressive smoothing methods to reduce artificial noise added to simulated dual-porosity pressure data.
The effect of elevated temperature on bond strength using concrete/polymer adhesive/FRP specimens was evaluated using four different test methods namely; slant shear test as per BS 6319 Part 4, tensile bond strength test as per ASTM C952, shear bond strength test as per ASTM D905 and double-face shear bond strength.
We compare here the performances of two well-known ridge reconstruction methods, namely the Carmona and Marseille methods, on synthetic signals as well as real electrohysterogram (EHG).
Simulation results have demonstrated significant improvements over wavelet-based methods, namely, TI wavelet denoising, denoising based on wavelet transform footprints, as well as recently introduced EPWT based method.
Antiplatelet activity was determined by whole blood aggregometry method using three different platelet aggregation inducing agonists namely as, A.A, ADP and collagen [17].
No candidate loci were observed according to the stepwise criteria for proceeding to peak choice, as outlined in Methods, namely a locus genome statistic (LGS) local ≥ 2. In contrast, three chromosomal candidate loci were observed according to the criteria of a p value ≤ 10-3 for at least 2 consecutive AIMs in a range of 4 centimorgans (Cm) using ADMIXMAP - namely chromosomes 5 and 22 (Table 2).
In fact, only two different initialization methods, namely acquisition and message passing (also know as next-iteration initialization) exist and are analyzed in Section 4.
As in CodeML, these methods, namely the SLAC, FEL and REL methods [ 71] are based on a site-by-site analysis aimed to identify single aminoacids under positive selection.
