The phrase "accuracy or reliability of" is correct and usable in written English.
It can be used when discussing the precision or dependability of a particular measurement, data set, or process.
Example: "The accuracy or reliability of the test results is crucial for making informed decisions."
Alternatives: "precision or dependability of" or "validity or trustworthiness of".
The umpires, the statement said, "have no confidence in the accuracy or reliability of the QuesTec Umpire Information System in evaluating whether umpires correctly call balls and strikes".
Guardian and its affiliates do not endorse nor shall they be responsible or liable for the accuracy or reliability of any statement made on the Guardian Site by anyone other than authorised Guardian employees acting in such capacity.
And there is a persistent background hum of criticism about the accuracy or reliability of the enterprise, emanating either from aggrieved rivals (like Encyclopaedia Britannica) or more detached sceptics.
Neither MicroCreditCard nor FORBES represents or endorses the accuracy or reliability of any advice, opinion, statement or other information provided by any information provider or content provider, or any user of this site or other person or entity.
Five providers questioned the accuracy or reliability of the data in the timeline.
Consequently, we could not assess the accuracy or reliability of score calculation.
These positive findings support the clinical use of motion palpation, and are arguably the most significant to date, since previous investigations have provided little evidence of the accuracy, validity or reliability of this procedure [ 28].
"If your definition of a gun is a weapon with any degree of accuracy or reliability, this isn't a gun " says Rowley.
12– 14 The predictive performance, or accuracy and reliability of a CPR in both derivation and validation studies should always be assessed in two aspects: discrimination and calibration.
Many studies look specifically at the accuracy and/or reliability of one technique or motion without comparing two or more techniques or motions (Ferriero et al. 2013; Krause et al. 2015; Naylor et al. 2011).
The usage of a modified NSGA-II state-of-the-art multi-objective multi-constraint optimization kernel enables the efficient exploration of design tradeoffs, while the inclusion of corner cases and the usage of the industrial circuit simulators (HSPICE®, Eldo® or Spectre®) ensures the accuracy and reliability of the solutions.
