We reduce the complexity of (18) by adding one more constraint, namely, we only concentrate on finding combinations of SNRs that involve two elements.
Namely, we only consider the two-hop links in this article, while our approach can also be generalized to the more general scenario, where either direct transmissions or relayed transmissions can be chosen for communications.
In a first step, we use sequence and graphlet degree similarities to select a subset of the node mappings on which L-GRAAL will optimize seed alignments; namely, we only consider the node mappings u ↔ v, such that α n (u, v ) + (1 − α ) t (u, v ) ≥ 0.5.
Namely, we consider only males aged 55 years or older, affiliated with the General Regime of the Spanish Social Security System who are entitled to receive contributory UI benefits and pensions upon retirement.
Especially, we here thoroughly improve the existing methods, namely, we do only employ the first few given classical TSCFE solutions on a very short time span ([0, T_{0}]) ((T_{0}ll T)) as snapshots to form POD basis and establish the POD-based reduced-order TSCFE extrapolation iterative format for seeking the numerical solutions on the total time span ([0, T]).
In particular, we generate different types of questions, namely, location only, location and order of visits, and location and time of visits.
But what happens, then, if we grant the truth of Descriptive Hedonism: namely, that only pleasure is, in fact, desired.
In the present work we show how to achieve different nanotube morphologies (namely, not only single- and double-walled tubes, but also a tube-in-tube configuration) by combining specific anodization parameters.
It is shown in Andrews and Zhang (2002) [2] that with a loss of 2−ε in the ratio, we may assume that each st-flow is unsplittable, namely, uses only one path.
For the sake of simplicity, we assume that each locus is at most bi-allelic, namely that only two variants, A and B, can occur.
We commented in several places above regarding observation biases in the current experiment, namely that we observe steriles only when they fall in favorable backgrounds.
