We show that robust laser pulses can be obtained by a sampling-based method to achieve a desired photoassociation probability when uncertainties in potential curves and laser amplitudes are considered.
In this paper, we propose the following threshold-based method to achieve the refinement Lambda = left{ {ileft| {{{left| {{X_{i,:}}} right|}_{1}} ge lambda_{1},i = 1,cdot,n} right.} right} (11).
In [9], the echo model of SAR imagery with multiple ships was converted into a CS model with orthogonal basis and used the CS-based method to achieve higher azimuth resolution.
The approach in [9] deals with the problem using a radon transform and a CS-based method to achieve motion parameter estimation of moving targets with Doppler spectrum ambiguity and Doppler centroid frequency ambiguity encountered in SAR systems with low pulse repetition frequency (PRF).
Next, we estimated R from the high-quality SNP chip genotypes using a state-of-the-art genotype-based method to achieve accurate estimates of R, which we used as a proxy for the true values when assessing the NGS data-based estimates.
The BMIX++ code uses a scaling based one-dimensional method to achieve large reduction in computational effort compared to a 3-D computational fluid dynamics (CFD) simulation.
The Authors adopted RSM based grey relational method to achieve high productivity in terms of maximum material removal rate MRR and least surface roughness, tool wear and cutting forces.
In this study, a new reactive nucleoside analogue, 2-amino-6- 1-ethylsulfoxy)vinylpurine derivative (7), was designed based on a computational method to achieve high and selective alkylation with cytidine under neutral conditions.
Furthermore, a virtual power calculation (VPC) is presented based on the similar method to achieve the islanded/grid-connected seamless transition.
In this paper, we propose a new method based on the template-assisted deposition method to achieve the fabrication of hollow spheres with desired 'windows'windows
In this paper, we propose a new method based on the temple-assisted deposition method to achieve the fabrication of hollow spheres with windows of accurate size and number.
