Sentence examples for substantially higher throughput from inspiring English sources

Computational experiments show that optimized GFFR delivers substantially higher throughput than reuse-1 at cell edge.

For both types of traffic, CoopMAC enables to deliver substantially higher throughput, as readily demonstrated in Figure 6.

The lower resolution is compensated by a substantially higher throughput, as several dozens of genes can be monitored in parallel, at a much higher precision and sampling density than is currently possible by means of, e.g., DNA microarrays.

Substantially higher throughputs of CuNPs have been achieved in this new protocol by reducing a copper salt with hydrazine hydrate/sodium borohydride as reducing agent.

This is the most promising architecture to substantially enhance the performance and capability of existing standard systems delivering well high throughput as well as high availability.

As shown previously, the results of miRNA concentrations estimates tend to vary substantially between high-throughput sequencing and microarrays [ 35], as well as miRNA between different high-throughput sequencing methodologies [ 36, 37].

These computable models of cellular processes can substantially improve high-throughput data analysis by linking correlation to causation.

While there have been previous attempts to accelerate the MT19937 pseudouniform random number generator using FPGAs we believe that we can substantially improve the previous implementations to develop a higher throughput and more area-time efficient design.

The emergence of massively parallel sequencing (MPS) technologies improved upon this principle by allowing for the detection of a substantially-larger amount of genetic sequence information with a higher throughput, lower cost, and greater ease-of-use than previous methods.

MPS platforms make possible higher throughput sequencing compared with Sanger sequencing at a substantially reduced cost on a per nucleotide basis and indeed on a per sample basis.

Notably, the averaged density of Nrd1 and Nab3 hits over all annotated CUTs was substantially higher than over annotated SUTs, ORFs or intergenic regions in each of the high-throughput data sets.