The phrase "adequate throughput" is grammatically correct and can be used in written English.
It can be used to describe the amount or rate of something that is passing through a system or process, typically in reference to data or information. This phrase is often used in technical or business contexts. Example: "The new software update will improve our network's capacity and provide more adequate throughput for our users."
Therefore, a better use of the channel and network does not reflect an adequate throughput at higher communication layers [19].
This needs a method with adequate throughput and a demonstrable predictive value to effects in native cardiac tissues.
In order to attain an adequate throughput for every WLAN codes, the decoder must include a number of CNUs at least equal to.
The criteria for a useful teratogenicity screening should include cost-effectiveness, adequate throughput, straightforward assay conduct, reproducibility, and concordance with in vivo mammalian data [ 4, 6].
Because of the importance of the time required to complete this development, the applied analysis methods must balance adequate throughput with quality and information content of the acquired results.
To achieve adequate query throughput, an "embarrassingly parallel divide-and-conquer" strategy is employed.
Consequently, there is an urgent need for adequate high-throughput in vitro systems and methods for CNS drug development programs.
This processing speed is independent of the number of features detected in the input image and it therefore represents a very high SIFT throughput, adequate for the most demanding SIFT-based robotic applications.
While there has been recent progress in detecting low amounts of PrPSc in blood of experimentally inoculated hamsters by protein misfolding cyclic amplification [11], it is unknown whether this technology possesses adequate sensitivity and throughput for prion detection in human blood.
This indicated an 'excellent' model since Q 2 >0.9 and Q 2 – R 2 <0.2 [ 27], and is adequate for a high-throughput screen.
According to Tamaki and Mazza (2011) [ 27] these indicate 'excellent' models since Q 2 >0.9 and Q 2 – R 2 <0.2, and are certainly adequate for a high-throughput screen.
