The phrase "background operations" is correct and usable in written English.
It can be used to refer to processes or tasks that occur behind the scenes, often without direct user interaction.
Example: "The software runs several background operations to ensure optimal performance while the user is engaged with the main interface."
Alternatives: "background processes" or "underlying operations."
A battery "stamina" mode shuts down background operations while the phone is sleeping.
But by not properly engaging the background operations of ideology, Chomsky risks falling in a trap door which he himself set, making the same error of which he accuses his opponents.
These policies harmonise the requests and the operations by giving higher priority to the normal requests other than forcing the background operations to wait unreasonably.
However, on one hand the background operations inevitably press a negative impact on the latency of normal requests to the services, while on the other hand to maintain the short latency of requests usually results in unreasonably long latency of background operations.
The app is optimized for background operation, and will notify a user when a Lokast member crosses their 300-ft radius.
At 77 K and for a large field-of-view (FOV) 300-K background operation, measured results on dark current, responsivity, and detectivity indicate that detectors with barrier widths larger than about 200 Å have similar performance.
ILF is implemented as a Java program, running in Microsoft Windows, that uses the DNS SDK to control the background operation of DNS and also control GATE to create documents from the outputs of the speech interpretation process.
Most respondents indicated that they were either not engaged in beef backgrounder operations (50; 26%) or they were involved in backgrounder operations of 100 - 499 head.
To improve the sensitivity on the half-lifes of such decays, a large (2×2×1.5 cm3 CdZnTe detector for applications in gamma-ray spectroscopy and low-background operation is investigated.
This paper reports on the characterization of a large 2×2×1.5cm3 CdZnTe detector with a new coplanar-grid design for applications in γ-ray spectroscopy and low-background operation.
Based on animal management practices in the U.S., there is a possibility these fed bovine TB cases were exposed to M. bovis earlier in their life at a cow-calf operation, stocker or backgrounding operation where animals not destined for slaughter may be present.
