Clustering in high-dimensional spaces has been addressed using a variety of methods that consider scalability.
In the Part 1 of this paper, the static behavior has been addressed using a helical homogenization approach which provides the stress state corresponding to axial loads.
To our knowledge educational initiatives to reduce stigma have not been addressed using a SP encounter.
This has provided a challenge, which has been addressed using a multidisciplinary approach to preoperative planning, revision surgery, and postoperative follow-up.
This issue has been addressed using a computational model of CML dynamics under imatinib therapy that takes into consideration stochastic dynamics within the stem cell pool.
The role of the nickel ligands in NiSOD in those features has been addressed using a mutagenic approach, which has resulted in a number of mutant proteins with lower catalytic activity.
The definition and characterization of structural haplotypes in the KIR region provide a significant challenge and one that has not previously been addressed using a simple, scalable, cost-effective and reproducible method.
Human reliability was addressed using an enhanced barrier weighting method.
This problem is addressed using an optimal formulation and is solved through an indirect approach.
Their effect is addressed using an interval LPV observer based on zonotopes.
