Sentence examples for cost of throughput from inspiring English sources

For the CPU module, dynamic frequency scaling (DFS) enables dynamic adjustment of power consumption for greening the smartphones at the cost of throughput [26].

The traditional method of handling memory conflict is to insert idle clocks in the pipeline, with the cost of throughput reduction.

Intact protein characterization using mass spectrometry thus far has been achieved at the cost of throughput.

This type of network reduces co-channel interference and is particularly helpful in improving cell-edge users' throughput by proper cell planning or spectrum management between the eNB and HeNBs, at the cost of system throughput.

The PM-1s Colony Picker, manufactured by Microtec Nition but distri-buted by B-Bridge International in North America, may offer a more budget-friendly alternative for the smaller lab, with a lower price tag and a smaller benchtop footprint (roughly 350 square centimeters), although this comes at the cost of reduced throughput.

The larger the value of is, the larger is the relative concavity of at, and therefore a better fairness performance (at the cost of the throughput performance) can be expected.

The STBC 4×4 scheme shows the best τ SBand p SBperformance at the cost of reduced throughput due to the 3/4 code rate (rank) as compared to STBC 2×2 code rate of 1.

To reduce the cost of high throughput resequencing, enrichment of exons or target regions using oligonucleotide arrays or oligonucleotide 'bait' in solution have been preferentially employed.

With the rapidly declining cost of high throughput sequencing, a phylogenomic approach [ 46, 47] for this set of taxa is likely to improve topological resolution.

The cost of high throughput sequencing decreased dramatically over the past few years, thus increasing its utility for clinical practices [ 30, 31].

Until the processing time and cost of high throughput sequencing (including data analysis) decreases enough to be feasible for large numbers of samples at sufficient depth, microarrays will continue to be a valuable tool.