Sentence examples for destination selection from inspiring English sources

At the destination, selection combining is employed to select the "strongest" received signal to decode.

This research goes further in exploring migrants' initial destination selection as a way of uncovering human capital effects and social network processes.

For the offline problem, we formulate an integer linear programming (ILP) model and propose several heuristics based on single-DC destination selection.

For the online problem, we design several heuristics to consider the computing and bandwidth resources jointly for efficient service provisioning, including an algorithm that uses multi-DC destination selection.

Our simulation results demonstrate that the anycast algorithm with multi-DC destination selection can fully utilize the bandwidth resources in the elastic optical inter-DC network, make computing resources become the bottleneck, and reduce the bandwidth blocking probability of anycast requests effectively.

Building some degree of autonomous destination selection is a UX differentiator that could help Nissan set its service apart ahead of the launch of all of these competing services.

The findings show that preferences can be analysed effectively in a two-stage model, which can reveal detailed additional insights regarding tourists' preferences towards destination attributes that cannot be gained through each approach independently, thus contributing to marketing insight on destination choice and selection.

Assume that the destination chooses selection diversity combining, i.e., when two signals are received at the destination, a signal copy with higher signal-to-noise ratio (SNR) than the other will be employed for decoding the source message.

Therefore, by using the above discussion, (8) and (9), and the assumption N 0 = 1, the equivalent instantaneous end-to-end SNR for the CC-MIMO multiuser system with the best destination user selection can be formulated as {gamma}_D=frac{gamma_1{gamma}_2}{gamma_1{gamma}_4+{gamma}_2{gamma}_3} (10).

The later was recombined in a multisite Gateway reaction with the following plasmids: 3 × mVenus-N7 pDONR211 (containing triple mVenus coding sequences and N7 nuclear localization signal), OCS terminator pDONR P2R-P3 (conthening the stop codon followed by octopine synthase (OCS) terminator), and pK734GW (the destination vector containing selection kanamycin resistance gene for in planta selection).

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