Frequency reuse allows the use of same frequency already employed in other cells nearby, thus allowing frequencies to be used for multiple simultaneous communications.
The AF considers both, the individual association and the exposure frequency and thus, allows to estimate the relevance of a risk factor for a disease in a population.
The techniques used cover together a broad frequency range (10−3 109 Hz), thus allowing to gain a more complete understanding of the effects of the nanoparticles on the chain dynamics.
Antiresonances are not a global system property, but are typical of each frequency response function (FRF), thus allowing the residual vector to be enlarged with data identified from additional FRFs.
Changing the frequency of updates and thus allowing for forward propagation of the dynamical system has a direct impact on the efficacy of the presented optimization scheme.
Some research groups have used phase-locked schlieren imaging to perform their studies, since in this technique the acquisition is synchronized to a specific instant with regard to the frequency of the discharge, thus allowing one to produce more accurate images obtained by the average of several acquisitions.
We then grouped, using a phylogenetic rationale whenever possible, all sub-haplogroups with frequencies lower than 1.5%, thus allowing a reduction of the overall number of categories from over 39 to 19.
However, in our male maintenance assays (see Figure 1), the male frequency was initially set to approximately 0.5, thus allowing for repeated mating interactions.
Moreover, starting from frequency-domain reflectometry data, a robust optimization procedure is implemented and experimentally tested, thus allowing the accurate evaluation of the frequency-dependent dielectric properties and of multiple levels in different stratified liquids.
The results suggest that somatic motility evolved to enhance a preexisting amplifier based on active hair-bundle motility, thus allowing mammals to hear high-frequency sounds.
