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Unlike conventional approaches, we proved that the RT scheme should be modeled as a time‐varying channel from a practical viewpoint.
Finally, by using genetic and pharmacological approaches we proved that HSP90 is involved in bcl-2-dependent stabilization of HIF-1α protein during hypoxia, and in particular the isoform HSP90β is the main player in this phenomenon.
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Using similar approaches, we prove the stability of (1.2) under the approximately quadratic condition and the approximately additive condition in Section 5 and Section 6, respectively.
Although they appear to be conceptually very different approaches, we prove, theoretically and experimentally, that eccentricity and rotation correlation yield exactly the same linearity measurements.
Inspired by the utility of both fixed point approaches, we prove a few fixed point results in a general framework which provides a bridge between two worlds, the order-theoretic and the metric one.
Regarding the mismatched approach, we proved that the CMML estimator derived under the assumption of Gaussian-distributed data converges almost surely to the true scatter matrix and to the true (t-distributed) data power, so it can be applied for inference problems that require the knowledge of these two quantities.
In the present paper, using another approach, we prove the following uniqueness theorem.
In this paper, by using the DiBenedetto DeGiorgi approach we prove optimal kernel estimates for degenerate quasilinear parabolic equations.
Furthermore, with a different approach, we prove Rellich-type inequalities associated with the shifted Laplacian, which are again sharp in suitable senses.
As further application of this Morse theoretical approach, we prove more existence results and extend a topological invariant introduced by A. Bahri.
Throughout this section, using the fixed point alternative approach, we prove the Hyers-Ulam stability of the functional equation (1) in fuzzy normed spaces.
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