Sentence examples for rational sampling from inspiring English sources
The genetic distribution will allow the design of rational sampling strategies to capture the genotypic range present.
Recombination filter banks method is used to obtain non-uniform filter banks with rational sampling factors, using a two stage structure.
The method proposed in this paper results in non-uniform filter banks with rational sampling factors which are multiplier-less and have linear-phase and near-perfect-reconstruction.
Results show that the same rational sampling function can predict eye movements early in learning, when uncertainty is high, as well as late in learning when the learner is certain of the true category.
The pipeline includes a rational sampling plan, isolation and cultivation of clonal strains, followed by a batch growth experiment designed to obtain information on robustness, growth characteristics, and the FA content of selected isolates during both nutrient replete exponential cultivation and nutrient limited stationary cultivation.
Moreover, the technique can be extended to the case of nonuniform filter bank transceivers with rational sampling factors.
To present the rational design, sampling, and procedures utilized in an Epidemiologic Sleep Study carried out in 2007 to establish the epidemiologic profile of sleep disorders in the adult population of a large metropolitan city, Sao Paulo, Brazil.
This paper proposes an approach for designing a general two-band, FIR, critically sampled, rational rate filter bank (RFB) with perfect reconstruction (PR) and regularity properties.
The backbone fragmentation sites described here are also distinct from those evaluated in previous studies that used rational design to sample a smaller number of backbone cleavage sites within IFP and iRFP, an IFP homologue that displays higher affinity for biliverdin.
Our first main conclusion here will be that we strongly reject exact linear aggregation when focusing on the set of all rational households in our sample.
Gene expression profiles can generate parallel quantitative and repeated measurements of tens of thousands of transcripts simultaneously in one sample, allowing rational comparison of the transcriptome across a vast array of experimental conditions.
