The phrase "accurate benchmark" is correct and usable in written English.
It can be used when referring to a standard or point of reference that is precise and reliable for comparison or measurement.
Example: "The study provided an accurate benchmark for evaluating the effectiveness of the new treatment."
Alternatives: "reliable standard" or "precise reference point".
The geodetic approach extends our previous work and gives an accurate benchmark for the algorithm.
Prior uncertainties in petrophysical parameters such as porosity have a significant effect on the monitorability, highlighting the need for accurate benchmark (pre-injection) measurements and reservoir characterization in the case of time-lapse (4D) monitoring.
Following an accurate benchmark on controlled coding and non-coding datasets, CPS thresholds for coding and non-coding CSTs were evaluated.
When the FIA data were combined with a previous inventory that included sampling of nonforest plots, 21 to 27% of the total biomass of all trees was accounted for in nonforest conditions, resulting in a more accurate benchmark for comparing to total biomass derived from the LIDAR maps.
Price reporters struggle to set accurate benchmarks because they lack detailed information about trading in the opaque so-called "over-the-counter" market and are dependent on what traders tell them about market activity.
This results in a highly accurate benchmark-data-set that can cover the large-scale and shell-like measurement volume.
In early-stage technology companies, it can be difficult to get accurate benchmarks or make concrete predictions about future income derived from patents.
To do this, it is necessary to have accurate benchmarks for the elastic, permeability, and swelling (i.e., biphasic-swelling) properties of native tissues.
Short-term (30 days) mortality frequently is used as an outcome measure after cardiac surgery, although it has been proposed that the follow-up period should be extended to 120 days to allow for more accurate benchmarking.
Precise measurement of cellularity within bioartificial tissues and extracellular matrix (ECM) scaffolds is necessary to augment rigorous characterization of cellular behavior, as accurate benchmarking of tissue function to cell number allows for comparison of data across experiments and between laboratories.
Aligned with EHR systems, the standardization of healthcare data collection will facilitate evidence based care by clinicians and allow for more accurate benchmarking among providers to identify best practices across the continuum of care.
