The phrase "acceptable operation" is correct and usable in written English.
It can be used in contexts where you are discussing standards, procedures, or practices that are deemed satisfactory or permissible.
Example: "The system must ensure that all processes are within the parameters of acceptable operation to maintain efficiency and safety."
Alternatives: "permissible procedure" or "satisfactory operation".
The transmitter/receiver pair has an active range of detection of about 10° and were tested for acceptable operation of 2m.
An illustrative example of an electrical circuit that continues to maintain acceptable operation despite component failures is included.
A network is said to be flexible if it is capable of maintaining acceptable operation either during normal or under modified conditions.
The first task is to propose an appropriate interference of the shaft and check the von Mises stress in the disk and shaft in acceptable operation regimes.
The model was used to predict the effect of using smaller catalyst pellets on pressure drop for a commercial-scale reactor, which showed that acceptable operation could be expected with a pressure drop of 20% of the inlet reactor pressure.
It is argued that the controlled variables should be those that that give "self-optimizing control", which is when acceptable operation is achieved with constant setpoints for the controlled variables.
Malicious manipulations typically result in larger average distortion (AD), while acceptable operations result in a smaller one.
By integrating beat-based segmentation, mid-level chroma feature, and fuzzy authentication, we obtain high robustness against acceptable operations and fragility under malicious modifications at the same time.
By using fuzzy logic, we calculate the hash difference's confidence belonging to acceptable operations and malicious modifications, respectively, thereby make the final decision of authentication.
To solve this problem, we first introduce the concepts of possibly modified point (PMP), dense point (DP), and sparse point (SP), then based on which three statistical and temporal measures adapted from similar concepts of [22] in image authentication are redefined to characterize the error distribution and to differentiate acceptable operations from malicious manipulations.
In general, the MC values caused by malicious manipulations are much larger than those caused by acceptable operations, because in the former case affected points tend to tightly concentrate around some local areas while in the latter, circumstance tend to scatteredly spread out on the time axis.
