Sentence examples for be selected with higher from inspiring English sources

They introduced UEP at the LT encoding stage and designed a non-uniformly degree distribution such that lower layer symbols can be selected with higher probability.

Recently, we reported that some modifications introduced into the non-coding regions of the bsr gene (bsrm) resulted in an increase (several fold) of bsr gene expression, and consequently, NIH3T3 cells transduced by retroviral vectors could be selected with higher concentrations of BS in just a few days [ 8].

Our simulation study demonstrates the good performance of the two-step Lasso: Important biomarkers can typically be selected with high probabilities, and unimportant markers can be effectively eliminated from the model.

The sample size in such a selection design is selected to assure that if one of the treatments has an underlying response rate which is clearly superior to that of the other treatments; it will be selected with high probability.

If the correlation coefficients for animal proteomes only (see Table 7) are to be considered, four clusters can be selected with high correlation between the numbers of proteins where a simple motif, 6 residues long, appears at least once.

The sample size is defined to assure that if one of the treatments has a superior response rate compared to that of the other treatments, it will be selected with high probability for further evaluation.

If financial soundness is not perfectly observable, then financially weaker contractors are selected with higher probability in any incentive compatible mechanism.

The routes between hive and the target location taken by the bees returning with the most nectar are selected with higher preferences for the routes selected by the employed bees for subsequent iterations.

The QoS-Fi uses the OFDM-based Bloom filter technique in conjunction with prioritized signatures of variable length to resolve the channel contention for a subchannel, where the Q-CRP frames with longer signature lengths are selected with higher probability, thus achieving the prioritized channel access (Section 3.2).

Moreover, observe that as α increases, "shorter" base pairs are being selected with higher probability by the stochastic process described in equation (1).

Thus, our method establishes not only the regions that contribute most to proliferation, but also highlights the relationships between them such that the more orthogonal, and consequently the most additive combinations are selected with higher priority.