Sentence examples for highly parallel arrays from inspiring English sources

Thus, when supercomputers built with commercial operating systems around highly parallel arrays of standard processors tackle such challenges, they often perform at 5percentt of their rated speed or less.

The ability to perform these highly parallel genomic assays depends on two fundamental characteristics of the assays: a highly parallel array based read-out and an intrinsically scalable multiplexing sample preparation.

However, macaque MRI has unique technical differences relative to human MRI, such as the geometry of highly parallel receive arrays, which must be addressed to optimize imaging performance.

Due to its flexibility and high spatial resolution, this three dimensional scanning MS can be used with different and highly parallel reactor arrays.

We have demonstrated a straightforward and efficient bottom-up nanofabrication for growing massively parallel arrays of highly periodic CeSi x NWs on a single-domain Si(110 -16 × 2 surface with atomic precision.

We observed that: (1) the effect of different normalization strategies is variable, the most effective being lumi QN + BMIQ; (2) it is critical to correct for the probe design type, and BMIQ resulted the optimal method; (3) it is beneficial to correct for batch effects due to the intrinsic proprieties of highly parallel methylation profiling with Illumina arrays.

We have developed a highly parallel strategy, systematic gene-to-phenotype arrays (SGPAs), to comprehensively map the genetic landscape driving molecular phenotypes of interest.

Despite the fact that NSL is a highly parallel fabrication method to create large-area nanohole arrays in the microlenses and their arrays, one perceived problem of this technique is that the defects are randomly distributed throughout the nanohole layer of the microlenses.

The highly parallel and reproducible nature of this array allows tracking community dynamics over time and treatment.

Custom-designed microarrays, termed resequencing arrays (RAs), are a highly parallel emerging technology with a rapidly diminishing cost basis that can be used to perform DNA sequencing by hybridization [18] [21].

The completion of the Human Genome Project and advances in DNA-array technology have allowed highly parallel genetic analyses to take place on a genome-wide scale.