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As a matter of fact that this latter requires high number of evaluations to perform an accurate approximation, herein is proposed a combination of the "Multidisciplinary Aero/Struc Shape Optimization Using Deformation" MASSOUD and the Bspline techniques based on the idea of parameterizing the shape perturbations instead of the shape itself.
However, this latter requires a large apparatus with an equivalent angle scan, and is not implemented in "small" biochips, rather the fluidics is built around the typical prism basis used in SPR.
Similar(58)
SSM and culture testing are initiated at this stage; however the latter requires a considerably longer period before results are available.
This is because the former requires a minimum of five inversions, whereas the latter requires seven.
To do the latter requires endemic, widespread denial, bolstered, perhaps, by something akin to an ego-defense strategy.
All the latter requires is to finish in front of the former.
Redressing the latter requires patience; the former cannot be redressed at all.
However, the latter requires high consumption of electricity.
Computation of the latter requires knowledge of the ultrasonic properties, viz, density, speed and attenuation coefficients.
The former needs no CSI of Eve for Bob, while the latter requires Eve's CSI.
The former can be bridged by four phonons (vide supra), while the latter requires five phonons.
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