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Experiments on three benchmark datasets demonstrate that compared with several state-of-the-arts, the proposed method achieves highly competitive numerical results and is more robust to illumination and expression variations.
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This confirms that the present method achieves a highly accurate numerical solution for variable-order partial FDE. Figure 1 Convergence of problem ( 4.1 ) at (pmb{gamma x,y,t)=sin (xyt+frac {2pi}{5} )}) and various choices of (pmb{theta_{i}=vartheta_{i}}), (pmb{i=1,2,3}).
This paper describes an innovative method to achieve highly photoactive and antibacterial titania thin films on stainless steel by a novel combination of flame-assisted CVD (FACVD) – to deposit silica, and thermal APCVD – to deposit titania.
The experiments verified that the proposed method can achieve highly accurate channel networks and is robust, even in regions with high-contrast relief, and/or in cases with significant terrain noise and irregularities.
With the combined benefits of motion modeling and free-form deformation, the MMFD-NCC method has achieved highly accurate image estimation under different scenarios.
Finally, we highlight limitations with traditional research designs and suggest alternative methods for achieving highly ecological validity and experimental control.
The established methods to achieve highly synchronized mammalian cells usually involve arresting cells, either by inducible genetic depletion of factors needed to drive cell progression, or by drug treatments that either activate checkpoints, block major metabolic pathways, or else disrupt the mitotic spindle.
Our method achieves 72.2% accuracy on the typology prediction task, a result that is highly competitive with equivalent methods that rely on typological resources.
This promising method could be used to achieve highly selective functionalization of highly porous carbon materials.
The CsCl density gradient centrifugation method, while being excellently suited to achieve highly purified samples, in our opinion, should be used with caution when performing quantitative studies.
We also describe our work aimed at achieving highly selective, low-temperature photochemical methods for the synthesis of semiconductor metal and semiconductor metal oxide photocatalytic nanocomposites.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com