The phrase "avoid reliability" is correct and usable in written English.
It can be used in contexts where one is discussing the need to steer clear of or not depend on reliability in a certain situation or system.
Example: "In this experiment, we must avoid reliability to ensure that our results are not biased by consistent variables."
Alternatives: "eschew dependability" or "steer clear of consistency".
The use of ENENS decomposition also avoids reliability problems arising from network congestion at peak hours, and/or unexpected increases on the demand at any time.
These frameworks take advantage of the power of parallelism and at the same time avoid the reliability problems that arise when the computing hardware consists of thousands of independent components, any of which could fail at any time [ 2].
The latter must balance the competing requirements of being sensitive to change whilst avoiding the reliability issue associated with small sample sizes.
Seventeen individual interviews were performed in June-August 2004 by the first author only in order to avoid inter-interviewer reliability (also called dependability) problems [ 7].
The models will also assist engineers, decision makers and plant management to avoid an incorrect reliability assessment and consequent erroneous decision making, which may lead to unnecessary expenditures, incorrect maintenance scheduling and reduction of safety standards.
The study will also assist engineers, decision makers and plant management to avoid an incorrect reliability assessment and consequent erroneous decision making which may lead to unnecessary expenditures, incorrect maintenance scheduling and reduction of safety standards.
To avoid inter-rater reliability issues, each test was performed by the same rater all the time.
Moreover, in order to improve data reliability and avoid capture error or misinterpretation, we use a double rating or inter-rater reliability process: each country/service/time period is assessed by two different data editors independently.
This chapter briefly discusses aspects, which may help you to avoid common mistakes in reliability engineering.
